Nature Positive Engineering Practices at Malaysia’s Port Towards Carbon Neutrality-Webinar-CATECP

General Introduction

The International Perspectives Webinar Series brings together experts and scholars from ASEAN and beyond to exchange insights on emerging academic and professional fields. This edition features “Numerical Simulation of Heat Transfer through Multilayer Walls,” delivered by our distinguished speaker.As the demand for energy-efficient buildings and advanced thermal management systems continues to grow—driven by sustainability goals, building performance standards, and industrial optimization—the numerical simulation of heat transfer through multilayer walls has become a critical tool in modern engineering analysis.

This session explores how computational methods using the ANSYS program are applied to accurately model heat transfer behavior, evaluate thermal performance, and support informed design decisions for multilayer wall systems. Through keynote sharing and interactive discussion, the webinar promotes knowledge exchange and a deeper understanding of how numerical simulation techniques, thermal engineering principles, and ANSYS-based modeling intersect in advancing efficient, reliable, and optimized heat transfer analysis in engineering applications.

This Course is for

1. University students and young researchers who are eager to deepen their understanding of heat transfer fundamentals, numerical simulation techniques, and the application of ANSYS in analyzing multilayer wall systems.
2. Early career professionals, engineers, and technical practitioners interested in exploring computational heat transfer modeling, thermal performance evaluation, and simulation-based design optimization using the ANSYS program.
3. Scholars, lecturers, and industry practitioners focusing on thermal engineering, energy-efficient building design, materials engineering, or cross-disciplinary research related to numerical simulation and heat transfer analysis.
4. Globally minded participants who wish to understand how numerical methods, advanced simulation tools, and engineering analysis intersect in solving real-world heat transfer problems involving multilayer wall structures.

Benefits of Learning

1. Gain insights into recent research and practical developments related to numerical simulation of heat transfer through multilayer walls, including the use of the ANSYS program for accurate thermal analysis and performance evaluation.
2. Understand the role of computational heat transfer modeling in analyzing temperature distribution, heat flux, and thermal resistance in multilayer wall systems for engineering and building applications.
3. Connect heat transfer theory and numerical methods with real-world applications through case studies and current practices in ANSYS-based simulation, thermal design optimization, and material performance assessment and building applications.
4. Enhance technical and academic understanding by engaging with experts and peers on simulation workflows, modeling assumptions, validation approaches, and best practices for numerical heat transfer analysis using ANSYS.

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