Maple: Programming, Physical and Engineering Problems

The book consists of two parts. The first part contains seven chapters and presents the software of Maple system. The examples presented in these chapters increase the range of use of Maple on the Windows platform. Attention is devoted to practical use of Maple, which provides additional opportunities and facilitation of more solutions. The algorithms of physical and engineering problems of the second part mainly use the finite element method (FEM). This part consists of eight chapters and solves, in Maple, physical and engineering problems from fields such as thermal conductivity, mechanics of deformable bodies, theory of elasticity, hydrodynamics, hydromechanics, etc. Application of Maple for solution of optimization problems is also presented.

• Math
• Science

								
Preface
Part 1. New software for Maple of releases 6–10
   Chapter 1. General purpose software
   Chapter 2. Software for work with procedural and modular objects
   Chapter 3. Software for work with symbols, strings, lists, sets and tables
   Chapter 4. Software for support bit-by-bit processing of symbolic information
   Charter 5. Software that extends and improves the standard tools of Maple
   Chapter 6. Software for working with Maple datafiles and documents
   Chapter 7. Certain useful tools for work in Maple
Part 2. Application of Maple for solution of engineering–physical problems
   Chapter 8. The base problems of thermal conduction
   Chapter 9. Basic problems of the elasticity theory
   Chapter 10. Dynamic problems of the theory of elasticity
   Chapter 11. Basic hydromechanics problems
   Chapter 12. Some applied problems of hydromechanics
   Charter 13. Applied problems of mechanics – 1
   Charter 14. Applied problems of mechanics – 2
   Chapter 15. Application of Maple for solution of optimization problems
References
The information about the writers
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