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%% Books @book{fds302943, Author = {Tham, J and Velez-Pareja, I}, Title = {Principles of Cash Flow Valuation}, Publisher = {Academic press}, Year = {2004}, Month = {January}, ISBN = {978-0-12-686040-5}, Abstract = {Principles of Cash Flow Valuation is the only book available that focuses exclusively on cash flow valuation. This text provides a comprehensive and practical, market-based framework for the valuation of finite cash flows derived from a set of integrated financial statements, namely, the income statement, balance sheet, and cash budget. The authors have distilled the essence of years of gathering academic wisdom in the study of cash flow analysis and the cost of capital. Their work should go a long way toward bridging the gap between the application of cost benefit analysis and the theory of capital budgeting. This book covers the basic concepts in market-based cash flow valuation. Topics include the tme value of money (TVM) and an introduction to cost of capital; basic review of financial statements and accounting concepts; construction of integrated pro-forma financial statements; derivation of free cash flows; use of the WACC in theory and in practice; estimating the WACC for non traded firms; calculating the terminal value beyond the planning period. It also revisits the theory for cost of capital and explains how cash flows are valued in reality. The ideas are illustrated using examples and a case study. The presentation is appropriate for a range of technical backgrounds. This text will be of interest to finance professionals as well as MBA and other graduate students in finance. * Provides the only exclusive treatment of cash flow valuation * Authors use examples and a case study to illustrate ideas * Presentation appropriate for a range of technical backgrounds: ideas are presented clearly, full exposition is also provided * Named among the Top 10 financial engineering titles by Financial Engineering News}, Key = {fds302943} } %% Chapters in Books @misc{fds302944, Author = {Pareja, IV and Tham, J}, Title = {Capital Budgeting and Inflation}, Pages = {197-214}, Booktitle = {Capital Budgeting Valuation: Financial Analysis for Today's Investment Projects}, Publisher = {JOHN WILEY & SONS INC}, Year = {2013}, Month = {May}, ISBN = {9780470569504}, url = {http://dx.doi.org/10.1002/9781118258422.ch11}, Doi = {10.1002/9781118258422.ch11}, Key = {fds302944} } %% Other Working Papers @article{fds302922, Author = {Tham, J and Velez-Pareja, I}, Title = {Top 9 (Unnecessary and Avoidable) Mistakes in Cash Flow Valuation}, Year = {2019}, Month = {March}, Abstract = {In cash flow valuation (CFV), there are two main categories of mistakes: derivation of the appropriate cash flows and estimation of the cost of capital. A simple-minded view of the world would suggest that with near perfect capital markets, the presence of arbitrage would severely punish wrong valuations and eradicate such mistakes in the derivations of cash flows and estimations of the cost of capital. Nonetheless, to the dismay of academics, such mistakes continue to exist and thrive. It is not clear why such mistakes persist in practice. In this paper we present our list of the top nine mistakes in cash flow valuation. In the age of the computer these mistakes are both unnecessary and avoidable. In the usual triumph of hope over experience, we are attempting to persuade analysts that they would benefit from paying attention to these mistakes. Ultimately, the (un)importance of the mistakes is an empirical question and depends on the considered judgment of practitioners.}, Key = {fds302922} } @article{fds302937, Author = {Velez-Pareja, I and Tham, J}, Title = {The Tyranny of Rounding Errors: The Mismatching of APV and the DCF in Perpetuities in Brealey and Myers 6th and 7th Edition of Principles of Corporate Finance}, Year = {2008}, Month = {December}, Abstract = {In theory, different valuation methods, with consistent assumptions, must give identical results. Numerical examples that purport to illustrate the theory should demonstrate the identical results. Unfortunately, in popular textbooks it is all too easy to find numerical examples that are at odds with the theory. There are several possible explanations for the discrepancies. First, there might be some conceptual confusion about the underlying assumptions. Second, it could simply be "rounding errors." It is intellectual laziness to ascribe the discrepancies to the tyranny of rounding errors when in fact it is easy to show that rounding errors are not the reasons for the discrepancies. It is common to read that different valuation methods give different results. For instance, Brealey and Myers (2000, 2003) say: "If the company's debt ratio is constant over time, the flow-to-equity method should give the same answer as discounting company cash flows at the WACC and subtracting debt." On the other hand, they say, "If financial leverage will change significantly discounting flows to equity at today's cost of equity will not give the right answer." Inselbag and Kaufold, 1997, conclude that the APV is better than the DCF when the debt schedule is given. This is misleading in two senses: one, they mix methods because they disregard the possibility to solve the circularity posed by the relationship between value and discount rates and second, as a consequence, they say that "one must already have calculated the firm's value" in order to know the WACC. In the latest edition of Principles of Corporate Finance (Brealey, Myers and Allen, 2006) the authors use a finite cash flow example to illustrate the valuation procedure for using the Discounted Cash Flow (DCF) method with the free cash flow (FCF) and the Adjusted Present Value (APV). The two firm values obtained are different. They say that the "... difference [...] is not a big deal considering all the lurking risks and pitfalls in forecasting [...] cash flows". Once more, in this teaching note we show that the two methods give identical values when the proper discount rates are used.}, Key = {fds302937} } @article{fds302936, Author = {Velez-Pareja, I and Tham, J}, Title = {Wacc, Value of Tax Savings and Terminal Value for Growing and Non Growing Perpetuities}, Year = {2007}, Month = {October}, Abstract = {Although perpetuities are somewhat artificial in the sense that in practice they do not exist, they are relevant because no matter how detailed and complex a forecasted financial plan for a firm or project could be terminal value usually is calculated as perpetuity. This terminal value might be a growing or a non growing perpetuity. On the other hand, usually terminal value is a substantial part of the firm value. In this note we examine in detail the proper discount rate for cash flows in perpetuity, the present value of tax savings and the calculation of terminal value. The findings contradict what is generally accepted in the literature.}, Key = {fds302936} } @article{fds302935, Author = {Velez-Pareja, I and Ibragimov, R and Tham, J and Toro González, D}, Title = {How the Regulator Overpays Investor? A Simple Exposition of the Principles of Tariff Setting}, Year = {2007}, Month = {August}, Abstract = {In this teaching note, we discuss the basic principles for tariff setting. Tariff setting is very important for regulated industries, such as water and power. The tariff should provide an appropriate risk-adjusted return to the investor. If the tariff were too low, then the investors would not be willing to invest. On the other hand, if the tariff were too high, then it would reduce the consumers' welfare. We examine the Rate of Return method for calculating the tariff in a regulated firm. In the rate of return method, the tariff compensates the investor for all the costs that the investor incurs, including a fair return. We use the discounted cash flow approach to value the return that the investor receives. The results of both calculations must be consistent. In particular, using simple examples, we show that in the presence of a positive expected inflation rate, the typical tariff calculation, Rate of return method, is an overestimation of the required payment to the equity holder.}, Key = {fds302935} } @article{fds302934, Author = {Velez-Pareja, I and Tham, J}, Title = {The Mismatching of APV and the DCF in Brealey, Myers and Allen 8th Edition of Principles of Corporate Finance, 2006}, Year = {2006}, Month = {September}, Abstract = {In the latest edition of Principles of Corporate Finance (Brealey, Myers and Allen, 2006) the authors use a finite cash flow example to illustrate the valuation procedure for using the Discounted Cash Flow (DCF) method with the free cash flow (FCF) and the Adjusted Present Value (APV). The two firm values obtained are different. They say that the "... difference [...] is not a big deal considering all the lurking risks and pitfalls in forecasting [...] cash flows". In this teaching note we show that the two methods give identical values when the proper discount rates are used.}, Key = {fds302934} } @article{fds302933, Author = {Velez-Pareja, I and Tham, J}, Title = {Constant Leverage Modeling: A Reply to 'A Tutorial on the McKinsey Model for Valuation of Companies'}, Year = {2006}, Month = {June}, Abstract = {In this note we analyze the tutorial based on the McKinsey methodology for valuing companies. We have found that the McKinsey methodology has one of the most common mistakes mentioned in Tham and Vélez-Pareja (2004a and b): valuing cash flows with a constant cost of capital when the leverage is not constant. We calculate the proper firm and equity values by assuming the free cash flow, FCF calculated in the tutorial, and deriving the cash flow to equity, CFE. We develop the proper calculations of firm and equity values for constant leverage as well. For both calculations we calculate the deviations from the values calculated in the tutorial.}, Key = {fds302933} } @article{fds302932, Author = {Velez-Pareja, I and Tham, J}, Title = {Valuation of Cash Flows with Constant Leverage: Further Insights}, Year = {2006}, Month = {May}, Abstract = {It is widely known that if the leverage is constant over time, then the cost of equity and the Weighted Average Cost of Capital (WACC) for the free cash flow, FCF, is constant over time. In other words, it is inappropriate to use a constant WACCFCF to discount the free cash flow (FCF) if the leverage changes over time and some conditions are not satisfied. However, it is common to find analysts who inconsistently use a constant WACCFCF even if the leverage is not constant and the proper conditions are not satisfied. In this teaching note, we use a simple numerical example to illustrate how to model cash flows that are consistent with constant leverage. We verify the consistency of the example with two basic principles: conservation of cash flows and conservation of values. The note is based on a previous one and includes the procedure to value with constant leverage when some restrictive conditions are not satisfied.}, Key = {fds302932} } @article{fds302930, Author = {Velez-Pareja, I and Tham, J}, Title = {Modeling Cash Flows with Constant Leverage: A Note (In Spanish)}, Year = {2005}, Month = {June}, Abstract = {It is widely known that if the leverage is constant over time, then the cost of equity and the Weighted Average Cost of Capital (WACC) for the free cash flow, FCF, is constant over time. In other words, it is inappropriate to use a constant WACCFCF to discount the free cash flow (FCF) if the leverage changes over time. However, it is common to find analysts who inconsistently use a constant WACCFCF even if the leverage is not constant. In this teaching note, we use a simple numerical example to illustrate how to model cash flows that are consistent with constant leverage. We verify the consistency of the example with two basic principles: conservation of cash flows and conservation of values.}, Key = {fds302930} } @article{fds302931, Author = {Velez-Pareja, I and Tham, J}, Title = {Modeling Cash Flows with Constant Leverage: A Note}, Year = {2005}, Month = {June}, Abstract = {It is widely known that if the leverage is constant over time, then the after-tax Weighted Average Cost of Capital (WACC) is constant over time. In other words, it is inappropriate to use a constant after-tax WACC to discount the free cash flow (FCF) if the leverage changes over time. However, it is common to find analysts who inconsistently use a constant after-tax WACC even if the leverage is not constant. In this teaching note, we use a simple numerical example to illustrate how to model cash flows that are consistent with constant leverage. We verify the consistency of the example with two basic principles: conservation of cash flows and conservation of values.}, Key = {fds302931} } @article{fds302929, Author = {Tham, J and Velez-Pareja, I}, Title = {The Correct Formula for the Return to Levered Equity (for Finite Cash Flows with Zero Growth) with Respect to the M&E WACC}, Year = {2005}, Month = {March}, Abstract = {In this note, we show that with respect to the Miles and Ezzell (M&E) Weighted Average Cost of Capital (WACC), the return to levered equity for finite cash flows is constant if the debt-equity ratio is constant. We assume that the reader is familiar with the M&E WACC. The expression that we derive is not new. We hope that our straightforward derivation with simple algebra makes the M&E WACC more widely known.}, Key = {fds302929} } @article{fds302928, Author = {Tham, J and Velez-Pareja, I}, Title = {With Subsidized Debt How do we Adjust the WACC?}, Year = {2005}, Month = {March}, Abstract = {In the standard Weighted Average Cost of Capital (WACC) applied to the free cash flow (FCF), we assume that the cost of debt is the market, unsubsidized rate. With debt at the market rate and perfect capital markets, debt only creates value in the presence of taxes through the tax shield. In some cases, the firm may be able to obtain a loan at a rate that is below the market rate. With subsidized debt and no taxes, there would be a benefit to debt financing, and the unlevered and levered values of the cash flows would be unequal. How would we adjust the WACC to take account of the subsidized debt? And how would we adjust the expression for the required return to levered equity? In this paper, using a single period example we present the adjustments to the WACC with subsidized debt. We demonstrate the analysis for both the WACC applied to the FCF and the WACC applied to the capital cash flow (CCF). For simplicity, we assume that there are no taxes. The analysis can be extended easily to multiple periods in the presence of taxes.}, Key = {fds302928} } @article{fds302927, Author = {Velez-Pareja, I and Tham, J}, Title = {Proper Solution of Circularity in the Interactions of Corporate Financing and Investment Decisions: A Reply to the Financing Present Value Approach}, Volume = {28}, Number = {10}, Pages = {65-92}, Year = {2005}, Month = {January}, Abstract = {It is a well known problem the interactions between the market value of cash flows and the discount rate (usually the weighted average cost of capital, WACC) to calculate that value. This is mentioned in almost all textbooks in corporate finance. However, the solution adopted by most authors is to assume a constant leverage D%, and hence assume that the leverage gives raise to an optimal capital structure and the discount rate is constant. On the other hand, most authors use the definition of the Ke, the cost of leveraged equity for perpetuities even if the planning horizon is finite. Among these authors we find the work of Wood and Leitch W&L 2004. In this paper we wish to analyze the claim made by W&L 2004 in the sense to have found an iterative solution to the problem of circularity that results in a near matching with the Adjusted Present Value APV, proposed by Myers, 1974. They use as the basic principle the fact that there is a near constant relation between Ke the cost of equity and Kd the cost of debt. They consider as well that the cost of debt Kd is not constant and changes proportionately with the leverage D%. We propose a very simple and precise approach to solve the above mentioned circularity problem.}, Key = {fds302927} } @article{fds302926, Author = {Tham, J and Velez-Pareja, I}, Title = {For Finite Cash Flows, What is the Correct Formula for the Return to Levered Equity?}, Year = {2004}, Month = {May}, Abstract = {For cash flows in perpetuity without growth, analysts typically use the following formula for the return to levered equity Ke. Ke = Ku + (Ku Kd)(1 T)D/E (1) where Ku is the return to unlevered equity, Kd is the cost of debt, T is the tax rate, D is the market value of debt and E is the market value of equity. What is the corresponding formula for finite cash flows? Is it the same as equation 1? In other words, is equation 1 appropriate for both finite and infinite cash flows? One may be tempted to believe that equation 1 is the general formulation for the return to levered equity and applies to both cash flows in perpetuity and finite cash flows. However, this conclusion is misleading. In this short note, using simple algebra, we derive the general formulation for the return to levered equity for finite cash flows, and show that equation 1 is not the general formulation for finite cash flows.}, Key = {fds302926} } @article{fds302925, Author = {Velez-Pareja, I and Tham, J}, Title = {Timanco S.A.: Unpaid Taxes, Losses Carried Forward, Foreign Debt, Presumptive Income and Adjustment for Inflation. The Treatment with Dcf and Eva(C) (in Spanish)}, Year = {2004}, Month = {March}, Abstract = {Velez-Pareja and Tham (2003) presented a method to match the value added approaches (Residual Income Method, RIM and Economic Valor Added, EVA) with the discounted cash flow, DCF methods. There they used a relatively complex example, but yet, far away from reality. In this note we use a real life case from an emerging country to illustrate the same procedure, but with additional and real life complexities such as unpaid taxes, losses carried forward, foreign exchange debt, presumptive income and inflation adjustments to the financial statements. In all methods we use market values to calculate the discount rates. We stress what Velez-Pareja 1999 and Fernandez 2002 have said: for a single period, RI or EVA does not measure valor. We have to include expectations and market values in the calculation of discount rates and hence values.}, Key = {fds302925} } @article{fds302924, Author = {Velez-Pareja, I and Tham, J}, Title = {Hershey Chocolate in Two Flavors: Kd and Ku}, Year = {2004}, Month = {February}, Abstract = {In Consistency in Chocolate: A Fresh Look at Copeland's Hershey Foods & Co Case we showed the inconsistencies regarding the assumption of constant leverage and the inconsistency in the values for equity calculated with different approaches. In this second part we show the differences in the calculated values using an approach consistent with the assumptions implicit in the calculation of Copeland et al. (1995)'s Hershey example. In particular, we show the calculation of the levered value for the firm using the proper calculations for WACC and cost of levered equity assuming that the discount rate for the tax savings is Kd, the cost of debt and using finite cash flows. In this paper, we use the terminal value calculated in the original example. We also calculate the levered values assuming that the discount rate for the tax savings is Ku, the cost of the unlevered equity and using finite cash flows. We calculate the differences in values and show the consistency of our approach regarding the calculated values for equity. This paper is aimed to those who have learnt valuation with that edition (1995).}, Key = {fds302924} } @article{fds302923, Author = {Velez-Pareja, I and Tham, J}, Title = {EVA(c) Made Simple: Is it Possible?}, Year = {2004}, Month = {February}, Abstract = {Velez-Pareja and Tham, 2003a, Velez-Pareja and Tham, 2003b and Tham and Velez-Pareja, 2004 showed the matching between discounted cash flow (DCF) methods and value added methods. They departed from the net operating profit less adjusted taxes NOPLAT and net income when using market values to calculate the weighted average cost of capital (WACC) and the cost of levered equity, Ke. In those previous works they assumed that the proper discount rate for the tax savings is the unlevered cost of equity, Ku. We assume the same discount rate in this paper. The previous procedures implied circularity between the cost of capital and the levered values. In this paper we show that the same firm values can be obtained using the cost of unlevered equity, Ku and the net income and the interest charges. No circularity is found using this procedure.}, Key = {fds302923} } @article{fds302921, Author = {Velez-Pareja, I and Tham, J}, Title = {Consistency in Chocolate. A Fresh Look at Copeland's Hershey Foods & Co Case}, Year = {2004}, Month = {January}, Abstract = {In cash flow valuation, on grounds of simplicity, it is common to assume that the leverage is constant over time. With constant leverage, the return to levered equity is constant and consequently, the Weighted Average Cost of Capital (WACC) applied to the Free Cash Flow is constant. However, typically the constant leverage is not reflected in the financial statements. Specifically, the values of the annual debt (as listed in the balance sheet) as percentages of the annual levered values are not constant. The Hershey case study in the popular book on valuation by Copeland et al. (2nd edition, 1995) is a good illustration of this common and widespread inconsistency. Distressingly, readers may not realize or recognize the inconsistency between the cost of capital and the financial statements and authors of textbooks make no attempt to mention it. The consistency between the leverage assumption in the WACC applied to the FCF and the values for the debt in the balance sheet can be resolved if the debt is rebalanced each year to maintain the constant leverage. In this paper, we demonstrate the inconsistency. First, we calculate the annual leverage and show that it is not constant. Second, we calculate the annual equity by subtracting the annual debt values from the annual levered values and demonstrate the discrepancies with the present value of the CFE. This paper is aimed to those who have learnt valuation with that edition (1995).}, Key = {fds302921} } @article{fds302920, Author = {Velez-Pareja, I and Tham, J}, Title = {Do the Rim (Residual Income Model), Eva(R) and Dcf (Discounted Cash Flow) Really Match? (Coinciden Eva(R) Y Utilidad Economica (Ue) Con Los Metodos De Flujo De Caja Descontado En Valoracion De Empresas?) (Spanish Version)}, Year = {2003}, Month = {June}, Abstract = {Vélez-Pareja and Tham (2001), presented several different ways to valor cash flows. First, we apply the standard after-tax Weighted Average Cost of Capital, WACC to the free cash flow (FCF). Second, we apply the adjusted WACC to the FCF, and third we apply the WACC to the capital cash flow. In addition, we discount the cash flow to equity (FCA) with the appropriate returns to levered equity. We refer to these four ways as the "discounted cash flow (DCF)" methods. In recent years, two new approaches, the Residual Income Method (RIM) and the Economic Valor Added (EVA) have become very popular. Supporters claim the RIM and EVA are superior to the DCF methods. It may be case that the RIM and EVA approaches are useful tools for assessing managerial performance and providing proper incentives. However, from a valuation point of view, the RIM and EVA are problematic because they use book values from the balance general. We refer to these methods as valor added methods. It is easy to show that under certain conditions, the results from the RIM and EVA exactly match the results from the DCF methods. Velez-Pareja 1999 reported that when using relatively complex examples and book values to calculate Economic Valor Added (EVA), the results were inconsistent with Net Present Valor (NPV). Tham 2001, reported consistency between the Residual Income Model (RIM) and the Discounted Cash Flow model (DCF) with a very simple example. Fernandez 2002 shows examples where there is consistency between DCF, RIM and EVA. He uses a constant valor for the cost of levered equity capital and in another example constant debt. Young and O'Byrne, 2001, show simple examples for EVA but do not show the equivalence between DCF and EVA. Ehrbar (1998) uses a very simple example with perpetuities and shows the equivalence between EVA and DCF. Lundholm and O'Keefe, 2001, show this equivalence with an example with constant Ke. Tham 2001, commented on their paper. Stewart, 1999, shows the equivalence between DCF and EVA with an example using a constant discount rate. Copeland, et al, show an example with constant WACC and constant cost of equity even with varying debt and assuming a target leverage that is different to the actual leverage. In general, textbooks do not specify clearly how EVA should be used to give consistent results. In this teaching note using a complex example with varying debt, varying leverage and terminal (or continuing valor), we show the consistency between DCF, RIM and EVA. We stress what Velez-Pareja 1999 and Fernandez 2002 have said: for a single period, RI or EVA does not measure valor. We have to include expectations and market values in the calculation of discount rates and hence values.}, Key = {fds302920} } %% Papers Published @article{fds302945, Author = {Tham, J and Velez-Pareja, I}, Title = {An Embarrassment of Riches: Winning Ways to Value with the WACC}, Volume = {5}, Pages = {1-23}, Year = {2019}, Month = {April}, Abstract = {Existen diversas maneras de calcular el Coste Promedio Ponderado de Capital (CPPC) o WACC (Weighted Average Cost of Capital) y para el principiante, la plétora de posibilidades puede ser confusa. Presentamos, pues, un marco general para la clasificación de los CPPC que se aplican al FCF y al CCF. Por el momento, evitamos las complejidades. Para facilitar el debate, clasificamos los diversos CPPC en tres dimensiones. Esperamos que dicho marco estructural ayude al lector a hacer la correcta elección con respecto al cálculo del coste de capital en la práctica. En primer lugar, mostramos un debate cualitativo sobre las dimensiones de dicho marco. En segundo lugar, especificamos las fórmulas y cálculos apropiados para las celdas del cuadro. Al principio, es importante subrayar que este artículo trata únicamente con flujos de caja finitos o finite cash flows. A nuestro parecer, es mejor analizar expresiones para el coste de capital que sean relevantes para los finite cash flow, para lo que no se necesita mayor justificación. Seguir usando fórmulas de coste de capital apropiadas para los cash flows a perpetuidad resulta inexplicable e incomprensible. Desde un punto de vista práctico, los free cash flows se derivan de los balances financieros, que no se construyen a perpetuidad. En el mejor de los casos, las expresiones para el coste de capital derivadas de los cash flows a perpetuidad pueden ser aproximaciones razonables para los finite cash flows. En el peor de los casos, los resultados pueden ser equívocos.}, Key = {fds302945} } @article{fds342641, Author = {Tham, J and Velez-Pareja, I and Ibragimov, R}, Title = {A Defense of the Classic FCF WACC: A Rejoinder to the Retrospection}, Year = {2019}, Month = {March}, Key = {fds342641} } @article{fds342644, Author = {Tham, J}, Title = {Evidence-Based Policy Making (EBPM) Is Wicked: A Critical Assessment From the Periphery}, Year = {2018}, Month = {December}, Key = {fds342644} } @article{fds342643, Author = {Tham, J}, Title = {Critical Factors for Creating a Successful Digital Public Administration}, Year = {2018}, Month = {December}, Key = {fds342643} } @article{fds342646, Author = {Tham, J}, Title = {The Unbearable Enlightenment (and Lightness) of Rigorous Research Evidence in Policy Making}, Year = {2018}, Month = {December}, Key = {fds342646} } @article{fds342647, Author = {Tham, J}, Title = {Transferability of Research Findings: Lessons From the BCURE (Building Capacity for the Use of Research Evidence) Program for Implementing EBPM (Evidence-Based Policy Making) in Non-Western Countries}, Year = {2018}, Month = {December}, Key = {fds342647} } @article{fds342648, Author = {Tham, J}, Title = {Relevance of Evidence-Based Policy Making (EBPM) for Governance (Public Administration) in Non-Western Countries: Lessons From the BCURE (Building Capacity to Use Research Evidence) Program}, Year = {2018}, Month = {December}, Key = {fds342648} } @article{fds342642, Author = {Tham, J}, Title = {Digital Technologies and the Future of Employment}, Year = {2018}, Month = {December}, Key = {fds342642} } @article{fds342645, Author = {Tham, J}, Title = {Promoting Evidence-Based Policy Making (EBPM) in Non-Western Countries: From the Periphery, a Practitioner’s Perspective on the Challenges}, Year = {2018}, Month = {December}, Key = {fds342645} } @article{fds327567, Author = {Velez-Pareja, I and Tham, J}, Title = {Do Personal Taxes Destroy Tax Shields?}, Year = {2016}, Month = {February}, Key = {fds327567} } @article{fds342649, Author = {Ibragimov, R and Velez-Pareja, I and Tham, J}, Title = {Mejora de la Medición del Desempeño con el vea (EVA) Operativo Y Total (Sharpening Performance Measurement with the Operating and Total EVA)}, Year = {2013}, Month = {March}, Key = {fds342649} } @article{fds342650, Author = {Ibragimov, R and Velez-Pareja, I and Tham, J}, Title = {Sharpening Performance Measurement with the Operating and Total EVA}, Year = {2013}, Month = {March}, Key = {fds342650} } @article{fds342651, Author = {Ibragimov, R and Velez-Pareja, I and Tham, J}, Title = {EVA Performance Measurement is Faulty: So You May Be Persuaded to Switch to a Robust OEVA-TEVA Alternative}, Year = {2013}, Month = {February}, Key = {fds342651} } @article{fds342652, Author = {Ibragimov, R and Velez-Pareja, I and Tham, J}, Title = {VAIC: New Financial Performance Metric and Valuation Tool}, Year = {2012}, Month = {May}, Key = {fds342652} } @article{fds342653, Author = {Velez-Pareja, I and Tham, J}, Title = {Una Introducción Al Costo De Capital (An Introduction to the Cost of Capital)}, Year = {2012}, Month = {February}, Key = {fds342653} } @article{fds342654, Author = {Velez-Pareja, I and Tham, J}, Title = {Estimación Flujos de Caja Para Evaluación de Proyectos y Valoración de Empresas (Estimating Cash Flows for Project Assessment and Firm Valuation)}, Year = {2012}, Month = {January}, Key = {fds342654} } @article{fds342655, Author = {Velez-Pareja, I and Tham, J}, Title = {Mas Alla de Las Proyecciones: El valor Terminal. (Beyond Forecasting Peridod: The Terminal Value)}, Year = {2012}, Month = {January}, Key = {fds342655} } @article{fds342656, Author = {Tham, J and Velez-Pareja, I and Kolari, JW}, Title = {Cost of Capital with Levered Cost of Equity as the Risk of Tax Shields}, Journal = {Mays Business School Research Paper}, Number = {2011}, Year = {2010}, Month = {December}, Key = {fds342656} } @article{fds342657, Author = {Tham, J and Velez-Pareja, I and Kolari, JW}, Title = {Analytical Solution for Optimal Capital Structure in Perpetuities}, Year = {2010}, Month = {December}, Key = {fds342657} } @article{fds342658, Author = {Velez-Pareja, I and Tham, J}, Title = {Company Valuation in an Emerging Economy - Caldonia: A Case Study}, Journal = {The Valuation Journal}, Volume = {5}, Number = {2}, Pages = {4-45}, Year = {2010}, Month = {October}, Key = {fds342658} } @article{fds342659, Author = {Tham, J and Velez-Pareja, I and Kolari, JW}, Title = {Costo de Capital con Costo del Patrimonio Apalancado Como el Riesgo de los Escudos Fiscales (Cost of Capital with Levered Cost of Equity as the Risk of Tax Shields)}, Journal = {Revista Emprendedorismo Y Estrategia Organizacional}, Volume = {1}, Number = {2}, Pages = {15-19}, Year = {2010}, Month = {September}, Key = {fds342659} } @article{fds342660, Author = {Velez-Pareja, I and Tham, J}, Title = {Timanco S.A.: Unpaid Taxes, Losses Carried Forward, Foreign Debt, Presumptive Income and Adjustment for Inflation: Matching DCF and EVA©}, Year = {2010}, Month = {July}, Key = {fds342660} } @article{fds342661, Author = {Tham, J and Velez-Pareja, I}, Title = {Will the Deflated WACC Please Stand Up? And the Real WACC Should Sit Down}, Journal = {Cuadernos Latinoamericanos De Administración, Vol. Vi}, Number = {12}, Year = {2010}, Month = {May}, Key = {fds342661} } @article{fds342662, Author = {Velez-Pareja, I and Tham, J}, Title = {An Introduction to the Cost of Capital}, Year = {2010}, Month = {March}, Key = {fds342662} } @article{fds342663, Author = {Velez-Pareja, I and Tham, J}, Title = {Estimating Cash Flows for Project Appraisal and Firm Valuation}, Year = {2010}, Month = {February}, Key = {fds342663} } @article{fds342664, Author = {Glenday, G and Shukla, GP and Tham, J and Kapoor, D and Maitra, A and Voetsch, R}, Title = {USAID/India Reform Project Compendium with Practitioners' Guide, Volume V State Fiscal Management Reform}, Year = {2009}, Month = {December}, Key = {fds342664} } @article{fds342665, Author = {Tham, J}, Title = {Project Appraisal Simplified}, Year = {2009}, Month = {December}, Key = {fds342665} } @article{fds342666, Author = {Velez-Pareja, I and Tham, J}, Title = {A Note on the Weighted Average Cost of Capital WACC (Nota Sobre El Costo Promedio De Capital)}, Journal = {Monografías}, Number = {62}, Year = {2008}, Month = {September}, Key = {fds342666} } @article{fds302949, Author = {Velez-Pareja, I and Ibragimov, R and Tham, J}, Title = {Constant Leverage and Constant Cost of Capital: A Common Knowledge Half-Truth}, Journal = {Estudios Gerenciales}, Volume = {24}, Number = {107}, Pages = {13-34}, Year = {2008}, Month = {April}, Abstract = {http://ssrn.com/abstract=997435}, Key = {fds302949} } @article{fds342667, Author = {Velez-Pareja, I and Tham, J}, Title = {The Mismatching of Apv and the Dcf in Brealey, Myers and Allen 8th Edition of Principles of Corporate Finance, 2006 (La Discrepancia Entre El Apv Y El Dcf En La 8va EdicióN De Brealey, Myers Y Allen, Principles of Corporate Finance, 2006)}, Year = {2006}, Month = {September}, Key = {fds342667} } @article{fds302946, Author = {Vélez-Pareja, I and Tham, J and Fernández, V}, Title = {Adjustment of the WACC with Subsidized Debt in the Presence of Corporate Taxes: The N-Period Case}, Volume = {4}, Pages = {1-19}, Year = {2005}, Month = {October}, Abstract = {In the Weighted Average Cost of Capital (WACC) applied to the free cash flow (FCF), we assume that the cost of debt is the market, unsubsidized rate. With debt at the market rate and perfect capital markets, debt only creates value in the presence of taxes through the tax shield. In some cases, the firm may be able to obtain a loan at a rate that is below the market rate. With subsidized debt and taxes, there would be a benefit to debt financing, and the unleveraged and leveraged values of the cash flows would be unequal. The benefit of lower tax savings are offset by the benefit of the subsidy. These two benefits have to be introduced explicitly. In this paper we present the adjustments to the WACC with subsidized debt and taxes and the cost of leveraged equity for multiple periods. We demonstrate the analysis for both the WACC applied to the FCF and the WACC applied to the capital cash flow (CCF). We use the calculation of the Adjusted Present Value, APV, to consider both, the tax savings and the subsidy. We show how all the methods match.}, Key = {fds302946} } @article{fds342668, Author = {Velez-Pareja, I and Tham, J}, Title = {Market Value Calculation and the Solution of Circularity Between Value and the Weighted Average Cost of Capital WACC (A Note on the Weighted Average Cost of Capital WACC)}, Journal = {Revista De Administração Mackenzie (Ram)}, Volume = {10}, Number = {6}, Year = {2005}, Month = {August}, Key = {fds342668} } @article{fds302948, Author = {Velez-Pareja, I and Tham, J and Fernandez, V}, Title = {Adjustment of the Wacc with Subsidized Debt in the Presence of Corporate Taxes: The N-Period Case}, Journal = {Estudios De Administración}, Volume = {12}, Number = {2}, Pages = {45-66}, Year = {2005}, Month = {March}, Abstract = {In the Weighted Average Cost of Capital (WACC) applied to the free cash flow (FCF), we assume that the cost of debt is the market, unsubsidized rate. With debt at the market rate and perfect capital markets, debt only creates value in the presence of taxes through the tax shield. In some cases, the firm may be able to obtain a loan at a rate that is below the market rate. With subsidized debt and taxes, there would be a benefit to debt financing, and the unleveraged and leveraged values of the cash flows would be unequal. The benefit of lower tax savings are offset by the benefit of the subsidy. These two benefits have to be introduced explicitly. In this paper we present the adjustments to the WACC with subsidized debt and taxes and the cost of leveraged equity for multiple periods. We demonstrate the analysis for both the WACC applied to the FCF and the WACC applied to the capital cash flow (CCF). We use the calculation of the Adjusted Present Value, APV, to consider both, the tax savings and the subsidy. We show how all the methods match.}, Key = {fds302948} } @article{fds302952, Author = {Fieten, P and Kruschwitz, L and Laitenberger, J and Löffler, A and Tham, J and Vélez-Pareja, I and Wonder, N}, Title = {Comment on "The value of tax shields is NOT equal to the present value of tax shields"}, Journal = {The Quarterly Review of Economics and Finance}, Volume = {45}, Number = {1}, Pages = {184-187}, Publisher = {Elsevier BV}, Year = {2005}, Month = {February}, url = {http://dx.doi.org/10.1016/j.qref.2004.07.004}, Abstract = {Fernandez [2004; The value of tax shields is NOT equal to the present value of tax shields. Journal of Financial Economics, 73, 145-165] claims to derive a formula for the valuation of debt tax shields for firms with cash flows that grow perpetually at a constant rate. We show that his formula is incorrect. © 2004 Board of Trustees of the University of Illinois. All rights reserved.}, Doi = {10.1016/j.qref.2004.07.004}, Key = {fds302952} } @article{fds302947, Author = {Tham, J and Velez-Pareja, I}, Title = {An Integrated, Consistent Market-Based Framework for Valuing Finite Cash Flows}, Journal = {Management Research News}, Volume = {28}, Number = {10}, Pages = {65-92}, Year = {2005}, Month = {January}, Abstract = {http://ssrn.com/abstract=648301}, Key = {fds302947} } @article{fds342669, Author = {Velez-Pareja, I and Tham, J}, Title = {Eva© Made Simple: Is it Possible? (Una Forma Sencilla De Calcular El Eva© )}, Year = {2004}, Month = {May}, Key = {fds342669} } @article{fds302951, Author = {Tham, J}, Title = {Coinciden EVA© y flujo de Caja Descondado?}, Journal = {Poliantea}, Publisher = {Revista Academica y Cultural Fundacion Politecnico Grancolombiano Institucion Universitaria No. 1}, Year = {2004}, Month = {May}, Key = {fds302951} } @article{fds342670, Author = {Tham, J and Thang, TV}, Title = {Risk-Neutral Valuation: A Gentle Introduction (1) Dinh Gia Theo Rui Ro-Trung Hoa: Phan Gioi Thieu (1) (Vietnamese version)}, Year = {2004}, Month = {January}, Key = {fds342670} } @article{fds342671, Author = {Wonder, NX and Fieten, P and Kruschwitz, L and Laitenberger, J and Loeffler, A and Tham, J and Velez-Pareja, I}, Title = {Comment on 'the Value of Tax Shields is Not Equal to the Present Value of Tax Shields', Including an Arbitrage Opportunity}, Journal = {The Quarterly Review of Economics and Finance}, Volume = {45}, Number = {1}, Pages = {188-192}, Year = {2003}, Month = {December}, Key = {fds342671} } @article{fds342672, Author = {Tham, J and Thang, TV}, Title = {Practical Equity Valuation: A Simple Approach - Dinh Gia Von Chu So Huu Tren Thuc te:Mot Phuong Phap Don Gian (Vietnamese version)}, Year = {2003}, Month = {December}, Key = {fds342672} } @article{fds342673, Author = {Wonder, NX and Velez-Pareja, I and Tham, J and Loeffler, A and Fieten, P}, Title = {Revised Comment on 'The Value of Tax Shields is NOT Equal to the Present Value of Tax Shields'}, Year = {2003}, Month = {November}, Key = {fds342673} } @article{fds342674, Author = {Tham, J and Thang, TV}, Title = {Financial Discount Rates in Project Appraisal (Suat Chiet Khau Tai Chinh trong Tham Dinh Du An) (Vietnamese version)}, Year = {2003}, Month = {August}, Key = {fds342674} } @article{fds342675, Author = {Tham, J and Thang, TV}, Title = {Consistent Valuation in the Two-Period Case: A Pedagogical Note (Dinh Gia Thong Nhat trong Truong Hop Hai Giai Doan: Bai Viet Giang Day) (Vietnamese version)}, Year = {2003}, Month = {August}, Key = {fds342675} } @article{fds342676, Author = {Thang, TV and Tham, J}, Title = {Estimating The Cost of Capital with Debt Financing in a Foreign Currency (Uoc Luong Chi Phi Von Dau Tu Co No Vay Ngoai Te) (Vietnamese version)}, Year = {2003}, Month = {July}, Key = {fds342676} } @article{fds342677, Author = {Thang, TV and Tham, J and Wonder, NX}, Title = {The Non-Conventional WACC With Risky Debt and Risky Tax Shield (WACC Dac Biet Doi Voi No Co Rui Ro va La Chan Thue Co Rui Ro) (Vietnamese version)}, Year = {2003}, Month = {June}, Key = {fds342677} } @article{fds342678, Author = {Velez-Pareja, I and Tham, J}, Title = {Do the RIM (Residual Income Model), EVA(R) and DCF (Discounted Cash Flow) Really Match?}, Year = {2003}, Month = {June}, Key = {fds342678} } @article{fds302919, Author = {Tham, J and Velez-Pareja, I and Wonder, NX}, Title = {Comment on 'The Value of Tax Shields is NOT Equal to the Present Value of Tax Shields'}, Volume = {45}, Number = {1}, Pages = {184-187}, Year = {2003}, Month = {May}, Abstract = {In a recent paper, Pablo Fernandez (2002) makes the unusual and paradoxical sounding claim that for cash flows in perpetuity with a constant growth rate g, the value of the tax shields VTS is NOT equal to the present value of the tax shields. To be specific, Fernandez purportedly shows that the formula for the present value of the tax shields is as follows. VTS = TDKu/(Ku - g) Where Ku is the return to unlevered equity, g is the constant growth rate, T is the tax rate and D is the market value of debt. Fernandez (2002) asserts that the value of the tax shield, as given in equation, should be properly interpreted as the difference in the taxes paid by the unlevered and levered firms, where the taxes have different risk profiles. Let VTxU be the present value of the taxes paid by the unlevered firm, discounted by KTxU, which is the appropriate risk-adjusted discount, and let VTxL be the present value of the taxes paid by the levered firm, discounted by KTxL, which is the appropriate risk-adjusted discount. In this note, we assess the validity of the proposed expression for the value of the tax shield. The note is organized is as follows. In Section One, we review and discuss the assumptions underlying the model that Fernandez uses to derive equation 1. In Section Two, we examine critically the derivation of equation 1 and its general relevance and applicability.}, Key = {fds302919} } @article{fds342679, Author = {Tham, J}, Title = {Estimating the Cost of Capital with Debt Financing in a Foreign Currency}, Year = {2003}, Month = {May}, Key = {fds342679} } @article{fds342680, Author = {Tham, J and Velez-Pareja, I}, Title = {The Holy Grail in the Quest for Value (with Alpha Methods and Omega Theories)}, Year = {2003}, Month = {March}, Key = {fds342680} } @article{fds342681, Author = {Velez-Pareja, I and Tham, J}, Title = {The Holy Grail in the Quest for Value (with Alpha Methods and Omega Theories) (CHEN THANH TRONG TIM KIEM GIA TRI (theo cac Mo hinh Alpha va ly thuyet Omega)}, Year = {2003}, Month = {March}, Key = {fds342681} } @article{fds342682, Author = {Tham, J}, Title = {Constructing the Free Cash Flow (FCF) with Retention of Surplus Funds: The No Tax Case}, Year = {2003}, Month = {February}, Key = {fds342682} } @article{fds342683, Author = {Tham, J and Thang, TV}, Title = {Equivalence between Discounted Cash Flow (DCF) and Residual Income (RI) (Su Tuong Duong Giua Dong Tien Chiet khau va Thu Nhap Rong)}, Year = {2003}, Month = {February}, Key = {fds342683} } @article{fds342684, Author = {Tham, J}, Title = {The Present Value of the Tax Shield (PVTS) for FCF in Perpetuity With Growth}, Year = {2002}, Month = {December}, Key = {fds342684} } @article{fds343673, Author = {Tham, J and Velez-Pareja, I}, Title = {Much Ado about Nothing: A Non-technical Comment on the Present Value of the Tax Shield (PVTS)}, Year = {2002}, Month = {October}, Key = {fds343673} } @article{fds342685, Author = {Tham, J}, Title = {Reconciling the Two Definitions of the Present Value of the Tax Shield (PVTS)}, Year = {2002}, Month = {October}, Key = {fds342685} } @article{fds342686, Author = {Tham, J}, Title = {Weighted Average Cost of Capital (WACC) with Risky Debt: A Simple Exposition (I)}, Year = {2002}, Month = {October}, Key = {fds342686} } @article{fds342687, Author = {Velez-Pareja, I and Tham, J}, Title = {Valuation in an Inflationary Environment}, Year = {2002}, Month = {May}, Key = {fds342687} } @article{fds342688, Author = {Tham, J}, Title = {Framework for Economic Appraisal: a Simple Exposition of Harberger's Approach}, Year = {2002}, Month = {May}, Key = {fds342688} } @article{fds342689, Author = {Tham, J and Velez-Pareja, I}, Title = {Consistent Valuation of a Finite Stream of Cash Flows with a Terminal Value}, Year = {2002}, Month = {April}, Key = {fds342689} } @article{fds342690, Author = {Tham, J and Wonder, NX}, Title = {Inter-temporal Resolution of Risk: the Case of the Tax Shield}, Year = {2002}, Month = {April}, Key = {fds342690} } @article{fds342691, Author = {Tham, J and Velez-Pareja, I}, Title = {Computer, Computer, on the Wall, Which Cost of Capital is Fairest, of Them All?}, Year = {2002}, Month = {March}, Key = {fds342691} } @article{fds342692, Author = {Tham, J and Wonder, NX}, Title = {Equivalence Between the FCF Method, the CCF Method and the APV Approach}, Year = {2002}, Month = {February}, Key = {fds342692} } @article{fds342693, Author = {Velez-Pareja, I and Tham, J}, Title = {Brief Introduction to the Construction of Financial Statements I}, Year = {2002}, Month = {January}, Key = {fds342693} } @article{fds342694, Author = {Tham, J and Loeffler, A}, Title = {The Miles & Ezzell (M & E) WACC Reconsidered}, Year = {2002}, Month = {January}, Key = {fds342694} } @article{fds342695, Author = {Tham, J}, Title = {Risk-neutral Valuation: A Gentle Introduction (2)}, Year = {2001}, Month = {December}, Key = {fds342695} } @article{fds342696, Author = {Tham, J and Wonder, NX}, Title = {The Non-Conventional WACC with Risky Debt and Risky Tax Shield}, Year = {2001}, Month = {December}, Key = {fds342696} } @article{fds342697, Author = {Tham, J and Velez-Pareja, I}, Title = {Modeling the Impacts of Inflation in Investment Appraisal}, Year = {2001}, Month = {December}, Key = {fds342697} } @article{fds342698, Author = {Tham, J}, Title = {Risk-neutral Valuation: A Gentle Introduction (1)}, Year = {2001}, Month = {November}, Key = {fds342698} } @article{fds342699, Author = {Tham, J and Wonder, NX}, Title = {Unconventional Wisdom on PSI, the Appropriate Discount Rate for the Tax Shield}, Year = {2001}, Month = {September}, Key = {fds342699} } @article{fds342700, Author = {Tham, J}, Title = {The Unbearable Lightness of EVA in Valuation}, Year = {2001}, Month = {April}, Key = {fds342700} } @article{fds342701, Author = {Tham, J and Velez-Pareja, I}, Title = {The Correct Discount Rate for the Tax Shield: The N-period Case}, Year = {2001}, Month = {April}, Key = {fds342701} } @article{fds302950, Author = {Tham, J and Sabin, L}, Title = {Conceptual Issues in Financial Risk Analysis: A Review for Practitioners}, Year = {2001}, Month = {February}, Key = {fds302950} } @article{fds342702, Author = {Tham, J}, Title = {Horsing Around with Clean Surplus Relations}, Year = {2001}, Month = {January}, Key = {fds342702} } @article{fds342703, Author = {Tham, J}, Title = {Consistent Value Estimates from the Discounted Cash Flow (DCF) and Residual Income (RI) Models in M & M Worlds Without and With Taxes}, Year = {2000}, Month = {October}, Key = {fds342703} } @article{fds342704, Author = {Tham, J}, Title = {Discrete Option Pricing: A Simplified Exposition (Part II)}, Year = {2000}, Month = {September}, Key = {fds342704} } @article{fds343674, Author = {Tham, J}, Title = {Discrete Option Pricing: A Simplified Exposition (Part I)}, Year = {2000}, Month = {June}, Key = {fds343674} } @article{fds342705, Author = {Tham, J}, Title = {Consistent Valuation in the Two-Period Case: A Pedagogical Note}, Year = {2000}, Month = {June}, Key = {fds342705} } @article{fds342706, Author = {Tham, J}, Title = {Practical Equity Valuation: A Simple Approach}, Year = {2000}, Month = {June}, Key = {fds342706} } @article{fds302941, Author = {Tham, J}, Title = {Return to Equity in Project Finance for Infrastructure}, Year = {2000}, Month = {February}, Abstract = {The Vietnamese version is available at: http://ssrn.com/abstract=493985 In project finance, the viability of the project is based on the expected cash flows generated by the project rather than on the strength of the company's balance sheet. Thus, it is relevant to construct the annual cash flow from the equity point of view and estimate the annual returns to the equity holder but the usual simplifications for calculating the cost of capital do not permit the explicit estimation of the annual returns to the equity holder. In this paper, I relax many of the assumptions in the typical analysis, and provide a simple and practical way to estimate directly the annual returns to the equity holder. This approach requires the calculation of the annual present values of the future cash flows from the point of view of the equity holder. Two equivalent ways for calculating the annual equity values are shown. Most importantly, the construction of the cash flow statement from the equity point of view permits the analysis of the likely impacts of contracts on the risk profile of the project for the equity holder.}, Key = {fds302941} } @article{fds342707, Author = {Tham, J}, Title = {Impact of Taxes on Multiperiod Financial Discount Rates}, Year = {1999}, Month = {December}, Key = {fds342707} } @article{fds342708, Author = {Tham, J and Thang, TV}, Title = {Multiperiod Financial Discount Rates in Project Appraisal: The No-Tax Case (Suat Chiet Khau Tai Chinh Nhieu Giai Doan trong Tham Dinh Du An: Truong hop Khong Co Thue)}, Year = {1999}, Month = {August}, Key = {fds342708} } @article{fds302940, Author = {Tham, J}, Title = {Multiperiod Financial Discount Rates in Project Appraisal}, Year = {1999}, Month = {July}, Abstract = {The typical assumption about cashflows in perpetuity is not appropriate in practical project appraisal because the length of project life is always finite. In this paper, I discuss the calculation of multiperiod financial discount rates for a project with a finite life. The impact of taxes and inflation will also be included in the analysis. First, we may assume that a constant debt-equity ratio is maintained during the life of the project. The loan schedule is constructed to keep the debt-equity ratio constant for the life of the project. Second, the loan schedule may be fixed. In this case, the debt-equity ratio changes over the life of the project. By explicitly calculating the appropriate discount rate for each period, it is not necessary to assume that the debt-equity ratio is constant and the cashflows are in perpetuity.}, Key = {fds302940} } @article{fds302939, Author = {Tham, J}, Title = {Financial Discount Rates in Project Appraisal}, Year = {1999}, Month = {June}, Abstract = {In the financial appraisal of a project, the cashflow statements are constructed from two points of view: the Total Investment (TI) Point of View and the Equity Point of View. One of the most important issues is the estimation of the correct financial discount rates for the two points of view. In the presence of taxes, the benefit of the tax shield from the interest deduction may be excluded or included in the free cashflow (FCF) of the project. Depending on whether the tax shield is included or excluded, the formulas for the weighted average cost of capital (WACC) will be different. In this paper, using some basic ideas of valuation from corporate finance, the estimation of the financial discount rates for cashflows in perpetuity and single-period cashflows will be illustrated with simple numerical examples.}, Key = {fds302939} } @article{fds302938, Author = {Tham, J}, Title = {Present Value of the Tax Shield in Project Appraisal}, Journal = {Harvard Institute for International Development (Hiid), Development Discussion Paper No. 695}, Year = {1999}, Month = {April}, Abstract = {Available at www.hiid.harvard.edu. Also available at papers.SSRN. com}, Key = {fds302938} } @article{fds342709, Author = {Tham, J}, Title = {Present Value of the Tax Shield: A Note}, Year = {1999}, Month = {April}, Key = {fds342709} } %% Other @misc{fds302918, Author = {Velez-Pareja, I and Tham, J}, Title = {Prospective Analysis: Guidelines for Forecasting Financial Statements}, Pages = {155-225}, Booktitle = {Investment Management: A Modern Guide to Security Analysis and Stock Selection}, Publisher = {SPRINGER}, Editor = {Vishwanath, SR and Krishnamurti, C}, Year = {2009}, ISBN = {978-3-540-88801-7}, Abstract = {http://ssrn.com/abstract=1026210}, Key = {fds302918} } @misc{fds303112, Author = {Velez-Pareja, I and Tham, J}, Title = {Prospective Analysis: Guidelines for Forecasting Financial Statements}, Booktitle = {Investment Management}, Year = {2008}, Month = {May}, Abstract = {We discuss some ideas useful when forecasting financial statements that are based on historical data. The chapter is organized as follows: First we discuss the relevance of prospective analysis for non traded firms. In a second section we a basic reviews of subjects that will be needed for forecasting financial statements. We discuss the use of plugs for financial forecasting. We show an alternate approach to avoid such popular practice. The approach we propose follows the Double Entry Principle. This principle guarantees consistent and error free financial statements. We show with a simple example how the plug works and its limitations and problems that arise when using it. Next, the reader will find what information is needed for the forecasting of financial statements and where and how to find it. We present the procedure to identify policies that govern the ongoing of a firm such as accounts receivable and payable, inventories, dividend payout, and identify price increases and other basic variables. We also deal with the real life problem of a firm with multiple products and/or services. We start with historical financial statements. We include inflation rates, real increases in prices and volume and policies in order to construct intermediate tables that make very easy the construction of the pro forma financial statements. We use a detailed example to illustrate the method. We derive the cash flows that will be used in the book to value a firm. This type of models might be used by non traded firm for a permanent assessment of the value creation. Finally we show some tools to perform sensitivity analysis for financial management and analysis.}, Key = {fds303112} } @misc{fds302942, Author = {Glenday, G and Tham, J}, Title = {What weights in the WACC?}, Publisher = {Sanford Institute Working Paper Series, paper No. SAN03-01}, Year = {2003}, Key = {fds302942} } @misc{fds302917, Author = {Tham, J}, Title = {Equivalence between Discounted Cash Flow (DCF) and Residual Income (RI)}, Year = {2001}, Month = {February}, Abstract = {Recently, the residual income (RI) model has become very popular in valuation because it purports to measure "value added" by explicitly taking into account the cost for capital in the income statement. Some proponents of the residual income approach have even suggested that the RI model is superior to the discounted cash flow (DCF) method and consequently, the DCF model should be abandoned in favor of the RI model. The residual income model is seductive because it purports to provide assessments of performance at any given point in time. The claim that the RI model is superior to the DCF model in valuation is puzzling because the RI model is simply an interesting algebraic rearrangement of the DCF model. Since the same information is used in both models, it is not unexpected that both models should give the same valuation results. In this paper, I examine the idea that the residual income model is superior to the discounted cash flow model. Using a simple numerical example, I show that in a M & M world, the two approaches to valuation are equivalent. In practice, the choice between the two valuation methods will be determined by the ease with which the relevant information is available.}, Key = {fds302917} } @misc{fds302916, Author = {Sabin, L and Tham, J}, Title = {Conceptual Issues in Financial Risk Analysis: a Review for Practitioners. manuscript}, Year = {2001}, Key = {fds302916} } @misc{fds302913, Author = {Tham, J}, Title = {Human and Physical Resources for Junior Secondary Education (JSE), 1986-1994}, Journal = {Report on Indonesian Education (Unpublished)}, Year = {1996}, Key = {fds302913} } @misc{fds302915, Author = {Tham, J}, Title = {Enrollment Trends in Junior Secondary Education (JSE), 1986-1994}, Journal = {Reports on Indonesian Education (Unpublished)}, Year = {1996}, Key = {fds302915} } @misc{fds302910, Author = {Tham, J}, Title = {Parents’ Expenditures on Junior Secondary Education (JSE)}, Journal = {Report on Indonesian Education (Unpublished)}, Year = {1996}, Key = {fds302910} } @misc{fds302914, Author = {Tham, J}, Title = {Measures of Efficiency in Junior Secondary Education (JSE), 1986-1994: dropouts, repeaters and graduates}, Journal = {Reports on Indonesian Education (Unpublished)}, Year = {1996}, Key = {fds302914} } @misc{fds302911, Author = {Tham, J}, Title = {Estimate of the cost for expansion of Junior Secondary Education (JSE)}, Journal = {Report on Indonesian Education (Unpublished)}, Year = {1996}, Key = {fds302911} } @misc{fds302912, Author = {Tham, J}, Title = {Analysis of Development and Routine Expenditures for Junior Secondary Education (JSE)}, Journal = {Report on Indonesian Education (Unpublished)}, Year = {1996}, Key = {fds302912} }