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Thermal analysis of a glass bottle, cooled down via high pressure ambient air!

to understand heat transfer when LED Drivers are on

CFD Simulation of Heat Pipe Heat Exchanger

To see how the number of buffels affects the pressure drop, and the heat exchanged.

Simulation of a heat transfer school experiment

To show that the temperature of the water is increasing to 80C while the steam on the outer pipe is being constant. Heat conduction in solids is used

Know the difference in efficiency in a heat-sink depending on the position of the sink pipes

Modeling of heat transfer in cylindrical batteries, for the electric vehicle sector

El proyecto tiene como finalidad lograr el diseño de un sistema de acondicionamiento de aire en el que se evite la propagación del Covid-19

Simulación de el acondicionamiento de una sala de hospital con pacientes COVID-19

To study the heat transfer in the heat exchanger double pipe counter flow.

it involves creation of a cascade heat exchanger which will harness the cooling effect from evaporating LPG and cool the air

Running a simulation of a heat exchanger with 4 baffels.

This is the 3rd iteration of the heat exchanger series

This case validates the thermal management inside an LED against the CFD and experimental results obtained in the conference paper, Thermal Analyses and Measurements of Low-Cost COP Package for High-Power LED, using the Conjugate Heat Transfer v2.0 analysis type in SimScale.

To understand the performance of water flowing with convective HTC

in this project analysis the heat transfer in the food delivery box

In this Project we Simulate an Exhaust Manifold using CHTV2.0 Simscale solver 

The goal is this project is to understand the Heat transfer between the exhaust gases and the manifold, Thermal stresses on it as well as heat transfer coefficient accuracy & predictions. We evaluate areas of higher velocity and temperature variation and perform more detailed analysis on it to find out what kind of condition to expect at the outlet of the exhaust, how to improve its performance and much more !

This study aims to investigate the group performance of split AC units in different type of high-rise residential buildings and developing a methods to develop optimum condenser layout to improve the air-conditioning efficiency.

Heat dissipation of a LED with radial heat sink. Steady state Solid Heat transfer simulation to find out the Maximum temperature on the heat sink and LED source. Transient Heat transfer simulation to measure the time taken for the LED to heat up to the maximum temperature.