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    中国科学院院士,国际数值传热学及强化传热研究知名专家,国家级教学名师。他提出了分析对流项离散格式稳定性的符号不变原理、绝对稳定的对流项离散新格式和求解不可压缩流场速度与压力耦合关系的全隐算法,提高了计算精度和收敛速度,他将传热与流动的多尺度问题区分为两类,并对每一类提出了数值求解方法,他将先进的数值方法应用于求解工程实际问题。推动与促进了我国计算传热学科的形成与发展。荣获国家自然科学二等奖1项,国家发明二等1项以及何梁何利科技进步奖。

Prof. Tao Wenquan is an academician of Chinese Academy of Sciences, internationally known expert in numerical heat transfer and heat transfer enhancement, and nationally distinguished teacher. He proposed the sign preservation principle to analyze the stability of discrete scheme of convective term. He also put forward the new discretization scheme with absolute stability for the convective term and the fully implicit algorithm to deal with the coupling between the velocity and pressure of incompressible flow. The new algorithm greatly improved the computing accuracy and convergence speed. He classified the problems of multi-scale heat transfer and fluid flow into two categories, and proposed some numerical approaches for each category. In addition he has applied the advanced numerical methods into solving practical engineering problems. All these contributions have promoted the creation and development of numerical heat transfer discipline in China. He is the recipient of following prizes: one National Natural Science Award (Grade 2), one National Technology Invention Award (Grade 2) and one Science & Technology Progress Award of Ho Leung Ho Lee Foundation.