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CFD analysis using ANSYS Fluent to choose the best model and compare them with SIP stick. And then we supplemented the better ones into final optimum model.
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ANSYS Fluent. By manipulating various variables, we
have found an optimal model that best discharges droplets and blocks air from the outside. Also, we expected the various effects that could be achieved with the optimal model.
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cylinder model for the most effective model which forms uniform vortex formation and sufficient duration time.
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the speed of air, we are looking for optimize speed and angle for the sneeze effect blocking toilet cover.
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ANSYS fluent program, to check visually and compare the velocity and mass flow. For instance, we simulated the standard case where we use it as a reference for our analysis. The parameters that we amended to see the difference are the size of the fan or the radius of the fan, the angle of the fan an
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ANSYS 등 시뮬레이션 도구를 활용하여 열-전기 연성 해석을 수행하고, 소자의 구조(핀 길이, 배열, 접촉면적 등)에 따른 성능 최적화를 실시할 계획입니다.
특히 열저항과 전기저항을 동시에 최소화하는 지오메트리 최적화 기법을 적용하고, 실
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