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Model the impact of their solar shading systems and heat gains directly through cloud-native computational fluid dynamics (CFD) simulation.

Transferencia de calor por fluidos en estado liquido

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.

Analysis of a fractal patterned heat exchanger using conjugate heat transfer method.

BIOMIMETIC HOUSE DESIGN BASED ON TERMITE MOUNDS

It's goal is to show how Solar radiates on Earth

plastics to CNT reactors simulation,Simulate the gas flow and heat transfer inside the plastic pyrolysis and CVD reactor

Test the force of carbon on the compression thread
Test the wear rate of the compression thread

Alat pengering cabai Capstone IPB 2025 Angk 58

To design a heat exhaust system for a sealed enclosure placed on a high-voltage transmission tower

Boiler Type: Water-tube design
Heat Source: Solar thermal energy (molten salt or direct heat transfer)
Materials: High-strength alloys (e.g., stainless steel) for tubes, cylindrical shell structure
Heat Recovery: Molten salt thermal storage for continuous power generation
Efficiency: Advanced ceramic insulation to minimize heat loss
Emissions Control: Zero direct CO₂ emissions (solar energy)
Integration: Supercritical CO₂ cycle for higher efficiency and compact power generation

heat transfer | SimScale Project Library | Page 3