Engineering Economic Analysis offers comprehensive coverage of financial and economic decision-making for engineers, with an emphasis on problem solving, life-cycle costs, and the time value of money. The authors' clear, accessible writing, emphasis on practical applications, and relevant contemporary examples have made this text a perennial bestseller.

With its logical organization and extensive ancillary package, Engineering Economic Analysis is widely regarded as a highly effective tool for teaching and learning. The fourteenth edition includes crucial updates to cover new US tax laws and software that will algorithmically generate and automatically grade homework problems.

PREFACE 1 MAKING ECONOMIC DECISIONS 2 ESTIMATING ENGINEERING COSTS AND BENEFITS 3 INTEREST AND EQUIVALENCE 4 EQUIVALENCE FOR REPEATED CASH FLOWS 5 PRESENT WORTH ANALYSIS 6 ANNUAL CASH FLOW ANALYSIS 7 RATE OF RETURN ANALYSIS APPENDIX 7A Difficulties in Solving for an Interest Rate 8 CHOOSING THE BEST ALTERNATIVE 9 OTHER ANALYSIS TECHNIQUES APPENDIX 9A Investing for Retirement and Other Future Needs 10 UNCERTAINTY IN FUTURE EVENTS APPENDIX 10A Diversification Reduces Risk 11 DEPRECIATION 12 INCOME TAXES FOR CORPORATIONS APPENDIX 12A Taxes and Personal Financial Decision Making 13 REPLACEMENT ANALYSIS 14 INFLATION AND PRICE CHANGE 15 SELECTION OF A MINIMUM ATTRACTIVE RATE OF RETURN 16 ECONOMIC ANALYSIS IN THE PUBLIC SECTOR 17 ACCOUNTING AND ENGINEERING ECONOMY APPENDIX A Introduction to Spreadsheets APPENDIX B Time Value of Money Calculations using Spreadsheets and Calculators APPENDIX C Compound Interest Tables APPENDIX D Fundamentals of Engineering (FE) Exam Practice Problems APPENDIX E Selected Answers to End-of-Chapter Problems REFERENCES INDEX

Donald Newnan

Ted Eschenbach

Jerome Lavelle

Neal Lewis

Donald Newnan is an Emeritus Professor at San Jose State University. Ted Eschenbach is a consultant and Professor Emeritus of Engineering Management at the University of Alaska Anchorage. Jerome Lavelle is Assistant Dean in the College of Engineering and Associate Professor of Industrial Engineering at North Carolina State University. Neal A. Lewis worked as an engineer for Proctor and Gamble and Bayer for more than twenty-five years before turning his attention to teaching. He was an Associate Professor at Marshall University and the University of Bridgeport for twelve years. He is currently an instructor at the University of New Haven and Fairfield University.

[Newnan's] introduction to the use of spreadsheet is essential and useful. I equally value the students' ability to use the mathematical functions and compound interest table to make calculations. I believe the text provides mechanisms to train in all of these. The current format is excellent, compact and concise ... and I enjoy teaching with it. - Andy Hong, University of Utah

I really like using [the free, online Cases in Engineering Economy] to give students a real world example on how to use engineering economics. It provides good studies that the students can use and go into as much depth as I deem necessary. I use the case studies as mini projects for the students. I can determine fairly quickly whether they understand the concepts and how to correctly apply them using the case studies. - David W. Naylor, UNCCharlotte

I've used this text both as a student in the 70's and as an instructor in the 2010's. I love the book ... logically laid out with great problems and examples. - Mark Calabrese, University of Central Florida

This text is perfect for our students. The end of chapter problems are one of the strengths of the text. There are enough problems at the proper level and cover the material presented. The solutions are correct and very helpful. - Nicholas Sylvester, University of South Alabama

Once I took time to read it through I realized it is much better written than my current text. - Scott Flemming, Dalhousie University