作者: Pieter Verboven , Ashim K. Datta , Nguyen Trung Anh , Nico Scheerlinck , Bart M. Nicolaı̈
DOI: 10.1016/S0260-8774(02)00456-9
关键词: Convection 、 Convective heat transfer 、 Fin (extended surface) 、 Heat transfer coefficient 、 Churchill–Bernstein equation 、 Film temperature 、 Heat transfer 、 Chemistry 、 Thermodynamics 、 Critical heat flux
摘要: Abstract The magnitude of surface heat and mass transfer coefficients in microwave ovens is important to control food temperature moisture are a result the faint airflow present oven cavity radiation. Magnitude patterns inside resulting were studied using computational fluid dynamics model process. governing Navier–Stokes energy equations solved for both natural, forced combined convection. distribution on computed 3-D with one inlet outlet cylindrical placed oven. Calculated convective coefficient values found be same range as has been used literature. A convection regime proves beneficial uniformity reduction accumulation Radiation exchange between interior calculated shown order coefficients.