SUMMARY
This discussion centers on the need for comprehensive resources on tensor algebra specifically for mechanical engineers engaged in computational solid mechanics. The user references Holzapfel's 'Nonlinear Solid Mechanics' as a valuable text but expresses a desire for more worked examples. A free textbook link is provided as a potential resource to aid in understanding tensor algebra concepts.
PREREQUISITES
- Understanding of tensor algebra fundamentals
- Familiarity with computational solid mechanics
- Knowledge of nonlinear solid mechanics principles
- Experience with mathematical modeling techniques
NEXT STEPS
- Explore the free textbook on tensor algebra provided in the discussion
- Research additional resources on tensor calculus applications in engineering
- Study examples from Holzapfel's 'Nonlinear Solid Mechanics' for practical insights
- Investigate online courses focused on computational solid mechanics and tensor algebra
USEFUL FOR
Mechanical engineers, students in computational solid mechanics, and professionals seeking to enhance their understanding of tensor algebra through practical examples.