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机译:具有伪光谱和平滑颗粒方法的波状表面与高渗透培养基的非线性传热的数值研究
Fluid Mechanics and Propulsion Mechanical and Aeronautical Engineering School of Computing Science and Engineering UG17 Newton Building University of Salford;
School of Mathematics Statistics and Computer Science University of KwaZulu-Natal;
Renewable Energy and Geodynamics;
Spray Research Group Petroleum and Gas Engineering School of Computing Science and Engineering Room G82 Newton Building University of Salford;
Spray Research Group Petroleum and Gas Engineering School of Computing Science and Engineering Room G82 Newton Building University of Salford;
Applied Mathematics Mathematics Department COMSATS;
Natural convection; Wave amplitude; Porous media; Darcian drag; Forchheimer drag; Nusselt number; Spectral quasi linearization method (SQLM); Smooth particle hydrodynamics (SPH); Petroleum and geological flows;
机译:具有伪光谱和平滑颗粒方法的波状表面与高渗透培养基的非线性传热的数值研究
机译:用湍流壁射流使用正弦波表面增强热传递的数值研究
机译:横波主表面通道传热与降压性能的实验与数值研究
机译:在具有可变渗透性的多孔介质中沿着正弦波表面的对流传热流动
机译:微粒撞击/接触光滑和粗糙表面的数值研究。
机译:热伸缩表面对流磁力流体动力学纳米流体流动的数值顾虑在热和传质的角度下
机译:用波谱和平滑粒子方法对波浪状表面到高渗透性介质非线性传热的数值研究
机译:一种波浪翅片,条带翅片和穿孔翅片传热面的HE传热和流动摩擦特性