SUMMARY
The forum discussion focuses on the need for comprehensive mathematical relations for the coupling of Electric, Thermal, and Structural physics, specifically referencing the Joule-Thomson effect and thermal stress/strain. The user seeks high-quality citations for their research paper and mentions a relevant paper titled "Electrical-Thermal Co-Simulation for DC IR-Drop Analysis of Large-Scale Power Delivery" by Tianjian Liu and Jian-Ming Jin, published in the IEEE Transactions on Components, Packaging and Manufacturing Technology. The discussion highlights a gap in detailed mathematical explanations within existing literature.
PREREQUISITES
- Understanding of Electric-Thermal-Structural coupling
- Familiarity with the Joule-Thomson effect
- Knowledge of thermal stress and strain concepts
- Experience with computational modeling techniques
NEXT STEPS
- Research mathematical relations in Electric-Thermal-Structural physics
- Explore the Joule-Thomson effect in detail
- Investigate thermal stress/strain analysis methods
- Review computational modeling approaches in electrical engineering
USEFUL FOR
Researchers, engineers, and students involved in multidisciplinary fields such as electrical engineering, materials science, and thermal analysis, particularly those focusing on the integration of electric, thermal, and structural phenomena in their work.