#Japan #Tokyo #Heat Dissipation #Zazou Design #Thermal Engineering

Understanding Heat Dissipation Devices and Thermal Design Basics

On May 20, 2026, Zazou Design's CEO Hirokazu Shibata will lead a seminar titled Understanding Heat Dissipation Devices and Thermal Design Basics. The event targets professionals eager to gain insights into efficient thermal management strategies pertinent in sectors such as electric vehicles (EVs), mobile phones, personal computers, and data centers.

Importance of Thermal Design

As technology advances and power densities rise, the need for robust thermal design becomes increasingly significant. Many engineers rely on complex texts about heat engineering, which can be overwhelming for beginners. This seminar aims to demystify heat design concepts and present practical applications of various heat dissipation devices in a comprehensible way.

Seminar Highlights

Participants will explore the following key topics:

1. Current State and Challenges in Thermal Design
- The rapid increase in electrical power density
- Transitioning from ambient to substrate heat dissipation
- Shifting focus from convection to conduction
- The emergence of liquid cooling and immersion cooling technologies

2. Understanding Thermal Resistance
- Real-life experiences with thermal resistance
- How internal thermal resistance determines heat dissipation pathways
- Definitions and types of thermal resistance (series and parallel)

3. Fundamental Laws Governing Heat Transfer
- Conduction (heat transfer between solids)
- Convection (heat transfer between solids and liquids)
- Key dimensionless numbers in convective heat transfer
- Radiative heat transfer (movement of heat via electromagnetic waves)

4. Air Cooling via Heat Transfer
- Factors determining heat sink parameters
- Spread of thermal resistance
- Axial fan airflow and static pressure relationships
- Pressure losses and flow rates

5. Heat Diffusion Through Conduction
- The role of Thermal Interface Materials (TIM)
- Thermal and mechanical properties of TIMs
- Characteristics of graphite sheets

6. Heat Transfer via Two-Phase Flow
- Thermosyphons
- Heat pipes
- Vapor chambers

7. Q&A Session

Participation Details

The seminar will be conducted via live broadcast on Zoom, allowing flexible participation. Additionally, recorded sessions will be available for two weeks afterward, enabling participants to revisit the content at their convenience.

About SSK

The New Social System Research Institute (SSK) has been a pillar of information services since its establishment on December 6, 1996. With over 500 business seminars held annually, SSK provides rapid access to cutting-edge strategic information and diverse resources essential for growth in today’s rapidly evolving business environment. SSK continuously strives to be a strategic partner, delivering the latest insights and facilitating new business opportunities.

For inquiries, please reach out to SSK:
Email: [email protected]
Phone: 03-5532-8850
Fax: 03-5532-8851
Visit us: SSK Website