jets; cooling; channel flow; printed circuits; turbulence; flow simulation; temperature distribution; flow transfer; heat transfer; impinging jet; cross flow; cooling; heated cube; heat dissipation; electronic component; forced channel flow; PCB; printed circuit board; power dissipation load; thermal load; flow rate; thermal performance; steady state 3D model; Reynolds stress model; turbulence model; numerical model; flat heated plate; jet Re; jet-cross flow velocity ratio; airflow pattern; surface temperature; heat transfer coefficient; local distribution; temperature distribution;
机译:横流中冲击射流的流动和传热研究,用于冷却加热的立方体
机译:射流在横流中冷却立方体的传热和压降的研究
机译:壁挂式加热立方体上横流撞击射流的大涡模拟
机译:撞击射流在横流中的流动和传热研究,以冷却加热立方体
机译:紧凑型换热器技术的补充:金属泡沫翅片中的射流冲击冷却,流动和热传递。
机译:TiO2纳米溶液浓度对加热铝板双撞击射流传热增强的影响
机译:横流射流冲击冷却加热障碍物在线阵列传热与压降的数值研究