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A long-standing, best-selling, comprehensive textbook covering all the mathematics required on upper level engineering mathematics undergraduate courses. Its unique approach takes you through all the mathematics you...
A long-standing, best-selling, comprehensive textbook covering all the mathematics required on upper level engineering mathematics undergraduate courses. Its unique approach takes you through all the mathematics you need in a step-by-step fashion with a wealth of examples and exercises. The text demands that you engage with it by asking you to complete steps that you should be able to manage from previous examples or knowledge you have acquired, while carefully introducing new steps. By working with the authors through the examples, you become proficient as you go. By the time you come to trying examples on their own, confidence is high.
Suitable for undergraduates in second and third year courses on engineering and science degrees.
A unique technique-oriented approach takes the student through the mathematics in a highly accessible fashion
Hundreds of worked examples and progressively more challenging exercises allow students plenty of practice to build experience and confidence.
Revision Summaries, Test Exercises and Further Problems enable students to check their progress
Comprehensive coverage of all topics required by undergraduates taking Engineering and Science degree courses
Ideal for course use or for self-study
Improved presentation of various elements in Introduction to invariant linear systems, in Power series solutions of ordinary differential equations, and in Systems of ordinary differential equations
Major addition of four new Programmes: Direction fields, Phase plane analysis, Non-linear systems and Dynamical systems.
Full use of computer software to optimize objective functions in Optimization and linear programming
PowerPoint slides for lecturers available online
Hints on Using the Book Useful Background Information Numerical Solutions of Equations and Interpolation Laplace Transforms Part 1 Laplace Transforms Part 2 Laplace Transforms Part 3 Difference Equations and the Z Transform Introduction to Invariant Linear Systems Fourier Series 1 Fourier Series 2 Introduction to the Fourier Transform Power Series Solutions of Ordinary Differential Equations 1 Power Series Solutions of Ordinary Differential Equations 2 Power Series Solutions of Ordinary Differential Equations 3 Numerical Solutions of Ordinary Differential Equations Matrix Algebra Systems of Ordinary Differential Equations Direction Fields Phase Plane Analysis Non-linear Systems Dynamical Systems Partial Differentiation Partial Differential Equations Numerical Solutions of Partial Differential Equations Multiple Integration Part 1 Multiple Integration Part 2 Integral Functions Vector Analysis Part 1 Vector Analysis Part 2 Vector Analysis Part 3 Complex Analysis Part 1 Complex Analysis Part 2 Complex Analysis Part 3 Optimization and Linear Programming.
Lecturers can find PowerPoint slides online.
Please visit: www.macmillanihe.com/stroud or click through the link under Further Actions above.
Entirely fit for purpose.' - Times Higher Education Supplement'Stroud is by far and away the best text book for engineering maths. It is excellent for students to use on their own to reinforce what they have seen in class.' - Ester Norton, City College Norwich, UK 'This is quite simply the BEST text in the area' - Justin Whitty, University of Central Lancashire, UK 'I recommend this book for self study by students due to the 'step by step' approach.' - Alan Crocker, University of the West of England, UK Current reviews of the previous edition from amazon.co.uk: 'This book is essential for undergraduates studying an engineering degree course. Stroud's books fill a vast deficit found in most higher level maths text books, i.e. his books fill in procedural gaps other text books assume will be filled in while attending lectures. Stroud does not 'assume', he teaches...''This book is extremely useful...[It] has well written and easy to follow chapters on many different areas. To back this up it has useful examples for each section building up from simple cases to more complex exam style questions. This book really is excellent. If you get one maths book for engineering, get this one.''To anyone who is about to undertake, or is indeed in the middle of any engineering degree, this book is a must. The layout and style are cleverly designed to keep you working through the chapters. Don't do engineering without a copy.'
K.A. Stroud Formerly Principal Lecturer in the Department of Mathematics at Lanchester Polytechnic (now Coventry University), UK. He is also the author of Foundation Mathematics and Engineering Mathematics, companion volumes to this book.
Dexter J. Booth Formerly Principal Lecturer in the School of Computing and Engineering at the University of Huddersfield, UK. He is the author of several mathematics textbooks and is co-author of Foundation Mathematics and the seventh edition of Engineering Mathematics.
K.A. Stroud Formerly Principal Lecturer in the Department of Mathematics at Lanchester Polytechnic (now Coventry University), UK. He is also the author of Foundation Mathematics and Engineering Mathematics, companion volumes to this book.
Dexter J. Booth Formerly Principal Lecturer in the School of Computing and Engineering at the University of Huddersfield, UK. He is the author of several mathematics textbooks and is co-author of Foundation Mathematics and the seventh edition of Engineering Mathematics.
