Global Certificate in Smarter Thermal Design Principles
-- ViewingNowThe Global Certificate in Smarter Thermal Design Principles is a crucial course for professionals seeking to enhance their skills in energy-efficient design. With increasing environmental concerns and the need for sustainable solutions, this course is more relevant than ever.
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⢠Introduction to Smarter Thermal Design Principles: Understanding the basics of thermal design, importance of smarter thermal design, and its impact on energy efficiency.
⢠Thermal Analysis Techniques: Overview of common thermal analysis methods, including computational fluid dynamics (CFD) and finite element analysis (FEA).
⢠Material Selection for Thermal Management: Exploring materials with superior thermal properties, their applications, and trade-offs in thermal management.
⢠Heat Exchanger Design: Design fundamentals and advanced concepts of heat exchangers, covering plate, shell and tube, and microchannel exchangers.
⢠Thermal Interface Materials (TIMs): Types of TIMs, their properties, and applications for minimizing thermal resistance in electronic devices.
⢠Passive and Active Cooling Techniques: Comparison of passive and active cooling methods, including natural convection, phase-change cooling, jet impingement, and heat pipes.
⢠Thermal Design Challenges in Electronics: Discussing challenges in electronics thermal design, including miniaturization, high power density, and reliability.
⢠Thermal Optimization Strategies: Techniques and tools for optimizing thermal designs, such as parametric, topological, and multi-objective optimization.
⢠Sustainable Thermal Design: Examining eco-friendly thermal design practices and materials, and their impact on the environment and cost.
⢠Case Studies in Smarter Thermal Design: Real-world examples and industry best practices showcasing successful thermal design implementations.
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