Engineering Economic Analysis
Beschrijving
Bol Partner
Now in a ninth edition, Engineering Economic Analysis offers comprehensive coverage of financial and economic decision-making for engineering projects, with an emphasis on problem solving, life cycle costs, and the time value of money. The spreadsheet material from the previous edition has been expanded, allowing students to create and analyze more realistic cash-flow models. The authors' concise, accessible writing style and practical emphasis make this text ideal for undergraduate engineering economy courses. Features of the Ninth Edition·New pedagogical features include:--Chapter-opening vignettes--Chapter objectives·The interior design will improve readability, generate student interest, and facilitate comprehension of the material.·A new chapter has been added: Chapter 18, Accounting and Engineering Economy.·Chapter 10, Probability and Uncertainty, has been completely rewritten to emphasize how to make good choices by considering the uncertainty that is part of every engineering economy application.·Chapter 13, Replacement Analysis, has been rewritten to clarify the comparison of existing assets with newer alternatives.·Appendix 7A, Difficulties Solving for an Interest Rate, has been thoroughly revised to use the power of spreadsheets to solve problems.·End-of-chapter problems are reorganized and updated throughout.·A companion website is available: http://www.oup.com/us/engineeringeconomy. Enhanced Student SupportPackaged with every copy of the text:·Study Guide, by Edward Wheeler·CD featuring interactive Excel® spreadsheets and tutorialsEnhanced Instructor Support·CD containing exam files by Meenakshi Sundaram, Excel® spreadsheets, and PowerPoint® slides·Solutions Manual
Now in a ninth edition, Engineering Economic Analysis offers comprehensive coverage of financial and economic decision-making for engineering projects, with an emphasis on problem solving, life cycle costs, and the time value of money. The spreadsheet material from the previous edition has been expanded, allowing students to create and analyze more realistic cash-flow models. The authors' concise, accessible writing style and practical emphasis make this text ideal for undergraduate engineering economy courses. Features of the Ninth Edition·New pedagogical features include:--Chapter-opening vignettes--Chapter objectives·The interior design will improve readability, generate student interest, and facilitate comprehension of the material.·A new chapter has been added: Chapter 18, Accounting and Engineering Economy.·Chapter 10, Probability and Uncertainty, has been completely rewritten to emphasize how to make good choices by considering the uncertainty that is part of every engineering economy application.·Chapter 13, Replacement Analysis, has been rewritten to clarify the comparison of existing assets with newer alternatives.·Appendix 7A, Difficulties Solving for an Interest Rate, has been thoroughly revised to use the power of spreadsheets to solve problems.·End-of-chapter problems are reorganized and updated throughout.·A companion website is available: http://www.oup.com/us/engineeringeconomy. Enhanced Student SupportPackaged with every copy of the text:·Study Guide, by Edward Wheeler·CD featuring interactive Excel® spreadsheets and tutorialsEnhanced Instructor Support·CD containing exam files by Meenakshi Sundaram, Excel® spreadsheets, and PowerPoint® slides·Solutions Manual
BolHighly regarded by professors and students alike , Engineering Economic Analysis, Eighth Edition, introduces the fundamental concepts of engineering economics. Written for standard engineering economics courses, this bestselling volume by Donald G. Newnan, Jerome P. Lavelle, and Ted G. Eschenbach covers essential time value of money principles for engineering projects and isolates the problems and decisions engineers commonly face. It also examines the tools necessary to properly analyze and solve those problems. Revised in 2000, the eighth edition focuses on the use of spreadsheets, teaching students to use the enormous capabilities of modern software, rather than relying on spreadsheet templates. The majority of the chapters conclude with sections designed to help students create spreadsheets based on the material covered in each chapter. The book's organization gives professors the flexibility to omit spreadsheet instruction without loss of continuity (accommodating shorter courses) or to require that all computations be done with spreadsheets, thus preparing students to use this essential tool for real-life problems.
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