Engineering mathematics : a modern foundation for electronic, electrical and systems engineers /
Introduction to engineering mathematics
Anthony Croft, Robert Davison, Martin Hargreaves.
- 2nd ed.
- Harlow : Addison-Wesley, 1996.
- xiii, 844p. : ill. ; 24 cm.
Previous ed.: 1992. Includes index. Text on inside covers.
1.Review of basic algebraic techniques -- 2.Engineering functions -- 3.The trigonometrical functions -- 4.Discrete mathematics -- 5.Sequences and series -- 6.Vectors -- 7.Matrix algebra -- 8.Complex numbers -- 9.Introduction to differentiation -- 10.Further techniques of differentiation -- 11.Applications of differentiation -- 12.Introduction to integration -- 13.Techniques of integration -- 14.Applications of integration -- 15.Integration of special functions -- 16.Numerical integration -- 17.Taylor polynomials, Taylor series and Maclaurin series -- 18.Ordinary differential equasions I -- 19.Ordinary differential equations II -- 20.The Laplace transform -- 21.Difference equations and the z transform -- 22.Fourier series and the Fourier transform -- 23.Functions of several variables -- 24.Vector calculus -- 25.Line integrals and multiple integrals -- 26.Probability -- 27.Statistics and probability distributions.
This text presents the "how" & "why" of engineering mathematics, carefully balancing techniques with conceptual understanding. The objective throughout is to give students the confidence & skills to solve both simple & complex engineering.
Electronics--Mathematics Electric engineering--Mathematics Engineering mathematics. Engineering mathematics--Problems, exercises, etc Mathematics. Technology: general issues Engineering: general Maths for engineers