Numerical Heat Transfer. Applications an international journal of computation and methodology publishes research on heat transfer and mass transfer including topics on fluid flow and numerical solutions. Using simple algebra and elementary calculus the author develops numerical methods for predicting these processes mainly based on physical considerations.
It is equally suitable for upsc aime and all other competitive examinations in the field of engineering. Latest articles volume 80 2021 volume 79 2021 volume 78 2020 volume 77 2020 volume 76 2019 volume 75 2019 volume 74 2018 volume 73 2018 volume 72 2017 volume 71 2017 volume 70 2016. Numerical heat transfer part a.
So in order to determine the wall contact angle and the mean interfacial length numerical simulations were carried out on the condensation heat transfer and pressure drop characteristic for propane upward flow in a spiral pipe under different wall contact angles and mean interfacial lengths when m 250 kgm 2 s p 12 mpa q 10 kwm 2 and x.
Underlying numerical solutions may be based either on available methodologies or on adaptations of moderate extensions of available methods. Applications covers numerically based results oriented papers highlighting problems in heat transfer mass transfer and fluid flow. Underlying numerical solutions may be based either on available methodologies or on adaptations of moderate extensions of available methods. So in order to determine the wall contact angle and the mean interfacial length numerical simulations were carried out on the condensation heat transfer and pressure drop characteristic for propane upward flow in a spiral pipe under different wall contact angles and mean interfacial lengths when m 250 kgm 2 s p 12 mpa q 10 kwm 2 and x.