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heating, ventilation and air conditioning unit / ısıtma, havalandırma ve klima ünitesi

Heating, Ventilation and Air Conditioning

Transform your business with SimPhysx

In the specialized field of HVAC, efficiency, innovation, and sustainability converge to create optimal indoor environments. We are dedicated to helping businesses and institutions navigate the complexities of heating, ventilation, and air conditioning systems, ensuring that every solution is tailored to enhance energy efficiency and maintain comfort standards. We work closely with clients to integrate state-of-the-art technology, streamline maintenance processes, and implement sustainable practices that reduce operating costs while meeting stringent regulatory requirements. With a strong track record of successful projects and strategic partnerships, we are committed to driving excellence in HVAC solutions—from design and installation to performance optimization and long-term reliability.

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Interested in learning more about how we can help your business? Contact us today to schedule a consultation.

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Past Projects & Collaborations

microchip surface and cooling fins / mikroçip yüzeyi ve soğutma kanatları

OPTIMIZATION OF COOLING PERFORMANCE OF A MICRO HEAT EXCHANGER USING ARTIFICIAL NEURAL NETWORK

Due to their higher heat output, chips, which have high power densities, require more heat removing systems in order for the chips to work safely. Micro heat exchangers are used for this purpose. Earlier studies show that air cooling systems can only operate on low power chips (<100 W/cm2), therefore, liquids are being used to provide sufficient and better cooling for high power chips. In this study, the effects of fin height and the base area of the fins on a micro heat exchanger with staggered type fin formation were examined numerically. The two geometrical parameters were optimized using artificial neural network and genetic algorithm. Simulations were carried out using commercial CFD codes. Results were given in temperature differences and amount of heat removed for the defined design parameters.

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