Advanced Engineering Mathematics with Mathematica

If you are looking for a comprehensive resource that combines advanced engineering mathematics with practical application using Mathematica, then “Advanced Engineering Mathematics with Mathematica” is the book for you. This book presents superior analytical solution strategies for solving boundary-value problems in engineering and integrates these strategies with Mathematica procedures.

**Key features of the book include:**
– Emphasis on the Sturm–Liouville system and the application of orthogonal functions in solving partial differential equations
– Introduction to complex variables, matrices, determinants, Fourier series and transforms, solution methods for ordinary differential equations, the Laplace transform, and techniques to non-dimensionalize and solve ordinary and partial differential equations used in engineering
– Numerous solved boundary value problems to demonstrate the practical application of the material

The book is a valuable resource for engineering students and professionals looking to deepen their understanding of advanced mathematics concepts and their applications in engineering problems.

**ISBN-10:** 0367893258
**ISBN-13:** 9780367893255

## FAQ

**Q: Is this book suitable for beginners in engineering mathematics?**
A: This book is more geared towards individuals with a foundational understanding of engineering mathematics and are looking to advance their knowledge to a higher level.

**Q: Are there practice problems included in the book?**
A: Yes, the book includes numerous solved boundary value problems to help readers apply the concepts learned.

**Q: Is Mathematica software required to use this book effectively?**
A: While it is recommended to have access to Mathematica software for hands-on practice, the book also explains the theoretical concepts in detail.

## Conclusion

“Advanced Engineering Mathematics with Mathematica” is a valuable resource for anyone looking to enhance their knowledge of advanced engineering mathematics and its application in solving engineering problems. With a focus on practical solutions and integration with Mathematica procedures, this book provides a solid foundation for tackling complex boundary-value problems in engineering.