Heat dissipation in electronic and mechanical systems is a central topic in thermal system design. Heat sources within a system vary, requiring creative solutions. Thermal analysis identifies heat sources and their interactions with the surrounding environment.

Analysis

Mechanical Analysis

Optimization Analysis

Optimization analysis is a method for improving a tested subject under various predefined physical constraints, such as frequency, weight, strength, and thermal distribution

Thermal Analysis

Heat dissipation in electronic and mechanical systems is a central topic in thermal system design. Heat sources within a system vary, requiring creative solutions.

Flow Analysis

Flow analysis, a fascinating field in fluid mechanics, reveals flow regimes and phenomena across both small and large systems.

Electromagnetic Radiation Analysis

Electromagnetic analysis provides analytical tools to evaluate antenna technologies and radiation performance.

Piping Design

Piping design, a subfield of mechanical engineering, focuses on fluid transportation and routing.

Example projects

Heat Transfer Mechanisms:

Conduction

Heat transfer through a solid without particle movement, driven by thermal potential.

Example: A metal plate with one hot end and one cold end will gradually equalize its temperature through conduction.

Convection

Heat transfer through fluid movement, involving heat exchange between solids and fluids.

Types of Convection:
- Forced Convection: Driven by pumps or fans.
- Natural Convection: Occurs naturally without external forces.

Radiation

Electromagnetic radiation emitted by bodies, influenced by surface characteristics.

Examples: Solar radiation, infrared, and ultraviolet waves.

A thermal system integrates all three heat transfer mechanisms (conduction, convection, and radiation) between materials of various sizes and properties.