Get Electronics Cooling Computational Fluid Dynamic Consulting Service

To control the temperature of a system, engineers and designers use thermal management systems that are based on heat transfer and thermodynamics. Thermal management solution is a tool that engineers can use to modify a system temperature distribution as well as its overall temperature. The thermal management system can take into account all potential means of transferring heat, such as conduction, convection, and radiation.

Maintaining Your device Temperature with Thermal Management Solution

Maintaining optimal temperatures for the designated system is essential since different devices have different temperature thresholds that they can sustain. During usage, all circuits and gadgets produce some extra heat, and exceptionally high temperatures can impair the functionality of any electronic equipment.

The majority of people are familiar with the lag that happens when a computer or smartphone becomes too hot. The downtime brought on by overheating may be disastrous if these issues affect equipment that supports human life, aeroplanes, electrical components in cars, or military hardware. These circuits and gadgets need thermal management solutions to guarantee their safety. To transmit heat away from the working device, our fluid dynamics consulting service employs a variety of working fluids and heat transfer techniques.

Fluid dynamic consulting service

Our Institutional knowledge of thermal and structural solutions for electronic devices is the main factor that makes us distinctively different in the industry. Our Capabilities are,

Electronics cooling design

Total thermal control design for electronic systems

Passive and active thermal design for electronic systems

Vast experience in advanced compact thermal models like the Delphi network model

Manual heat transfer calculations to understand complete heat transfer phenomena.

Expertise in solar load calculations right from Sun aspect angle, solar declination, and solar

intensity for equinox and solstice conditions

Thermal design for external appendages like antennae, reflectors, and solar panels.

Thermal design with heat pipe

Forced air cooled, Conduction cooled, and Liquid cooled chassis design and CFD analysis

Board level, Subsystem level, and Integrated level CFD analysis

Heat sink selection and custom design

Fan selection, estimation of Fan operating point