Effects of Asymmetric Channel on the Convective Heat Transfer: A Computational Study

In the fields of engineering, especially in heat transfer area, contribution fluid flows through different channels is remarkable. Among available shapes channel, sinusoidal wavy are considered more efficient areas such as cooling electronic devices, boilers, biomedical applications, etc., due to their increased recirculation capability mixing flowing fluids - which increases performance, consequently. The optimization channel design and modelling has been an engineering problem recent years. this research, flat, symmetric sinusoidal, asymmetric were designed using ANSYS 2020 investigate effects shape, amplitude, aspect ratio walls on overall performance. Several designs have present study at Reynolds numbers ratios, keeping wall temperature constant. results exhibit that 0.4, shows highest effect tendency.