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Numerical simulation of fire test on steel-wood hybrid columns

The cooling of Lactose slurry with denitrified water

Simulation of Thermal comfort in lecture theater

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heat transfer simulation for coffee brew group

flow in my room is  modeled to measuring comfort situation

Use Simscale to solve for the shape factor* of any geometry in Fig 5.30 in A Heat Transfer Textbook (pg. 257)

In injection molding, different types of molten polymers have varying sensitivities to temperature, and changes in temperature can affect the quality of the molding. Therefore, we want to understand the flow behavior of the molten material and its temperature distribution within the nozzle, as well as the heat transfer and temperature distribution of the nozzle itself.

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Quiero saber el perfil térmico de un material

to recover petroleum ether as i evaporates by using Graham condense

Designed and optimized a U-type heat exchanger using advanced thermal analysis techniques. The project involved calculating and improving the overall heat transfer coefficient and ensuring efficient thermal performance. By analyzing factors such as temperature effectiveness, pressure drops, and fouling, the design was refined to enhance energy efficiency and reduce operational costs. The project also focused on selecting durable materials and compact design strategies to extend the lifespan of the heat exchanger while minimizing maintenance needs.

theremal disspation on the heatsink to see temp rise

Accurate conjugate heat transfer model of a heatsink

Assessing simscale thermomechanical module.

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