简弃非教授
简弃非博士、教授(博导)，华南理工大学华南理工大学机械与汽车工程学院。2002年开始招收研究生，已经培养（博士、硕士）研究生60余人（含在职研究生）。
2001年～04担任教研室副主任、实验室主任，2004年至2007年担任华工汽车工程学院制冷空调工程系主任，2010年至～18年担任热能与动力工程学科学术团队负责人。
2003年开始担任广东省重大科技项目评审专家、国家财政部、国家教育部科技部项目、国家自然基金及国家科技奖评审专家。1999年开始成为中国制冷学会会员；2005年担任中国内燃机学会材料与工艺分会理事会委员。2010年开始担任广东省（山东、江苏、四川、天津、江西等）重大科技项目评审专家、国家教育部、科技部项目及国家科技奖评审专家。
主要研究方向及成果是将强化传热传质机理和工业换热设备研发结合起来，研究低阻高效新型换热器技术。结合流体力学相关知识，从质量、动量和能量传递的角度，探索新型及微通道流道换热器或反应器的内部结构对工质流动阻力、传热传质的影响，为改进传热传质设备结构提供理论依据，如研究结构紧凑换热器装置的流体力学及热质传递规律，探索为强化传热而改变换热设备传热面的形状及提高换热器内工质湍流度的理论依据。研究探索结构及凑、高效低阻的热质交换设备在制冷、空调、动力机械及新能源领域（如锂离子电池、燃料电池、风电设备的热控制）的应用。2018年开始与广东省人民医院合作研究心脏辅助泵及心血管血流动力学方面的课题。
先后主持和完成国家级（含自然科学基金）和军工项目6项、广东省重点自然科学基金和科技计划项目5项、广东省重点攻关项目3项、省部产学研项目6项、广州市重点/重大攻关项目3项、企业项目20余项，参加项目多项。
申请国家专利60余项，已经获得国家专利48项，其中发明专利23项实用新型专利45项。在国内外核心期刊及统计源期刊发表研究论文110余篇，被EI光盘版收录40余篇、SCI收录25篇。
通过省部级成果鉴定4项，2012年获得广东省科学技术奖二等奖1项。
近5年（2013年开始）研究团队发表的主要SCI论文
Humidification Effects of Proton Exchange Membrane Fuel Cell With Conventional and Interdigitated Flow Field；Journal of Fuel Cell Science and Technology;vol10:6P 061007(1-9):DEC 2013.
Influences of gas relative humidity on the temperature of membrane in PEMFC with interdigitated flow field:Renewable Energy;:Vol 62P129-136:FEB 2014.
An experimental study of the dynamic behavior of a 2 kW proton exchange membrane fuel cell stack under various loading conditions; Energy; 80(2015)740-745; 2015.
Experimental and theoretical analysis on the effect of inclination on metal powder sintered heat pipe radiator with natural convection cooling；Heat Mass Transfer 53 (2017):581–589.
Drying performance analysis of a condensing tumbler clothes dryer with a unique water cooled heat exchanger; Applied Thermal Engineering; November，113 (2017) 601–608.
Experimental study of enhancing heating performance of the air-source heat pump by using a novel heat recovery device designed for reusing the energy of the compressor shell；Energy Conversion and Management；138 (2017) 38–44，2017. DOI:10.1016/j.enconman.2017.01.
Numerical and experimental analysis of transient temperature field of ventilated disc brake under the condition of hard braking; International Journal of Thermal Sciences 122 (2017) 115-123 ；14 August 2017.
The improvement on drying performance and energy efficiency of a tumbler clothes dryer with a novel electric heating element; Applied Thermal Engineering; November，128 (2018) 531–538.
The improvement on efficiency and drying performance of a domestic venting tumble clothes dryer；Applied Thermal Engineering; November，136 (2018) 560–567.
Analysis on Thermal and Hydraulic Performance of a T-shaped Vapor Chamber Designed for Motorcycle LED Lights；ThermalScience.online; 2018 .
Experimental investigation of the thermal response of open-cathode proton exchange membrane fuel cell stack; International Journal of Hydrogen Energy; 43 (2018);13489-135002018.06
Experimental study on the purge process of a proton exchange membrane fuel cell stack with a dead-end anode; Applied Thermal Engineering 142 (2018); 203–214.
Dynamic behavior study on voltage and temperature of proton exchange membrane fuel cells e; Applied Thermal Engineering 145 (2018); 343–351.
The improvement on drying performance and energy efficiency of a tumbler clothes dryer with a novel electric heating element; Applied Thermal Engineering. 2018.128; 531–538.
The improvement on efficiency and drying performance of a domestic venting tumble clothes dryer by using a heat pipe heat recovery heat exchanger; Applied Thermal Engineering. 2018.136; 560–567.
Experimental study and mitigation of abnormal behavior of cell voltage in a proton exchange membrane fuel cell stack; Energy Research. 2019 1-12.
Size controllable synthesis of graphene water nanofluid with enhanced stability. 2019. FULLERENES, NANOTUBES AND CARBON NANOSTRUCTURES.
Computational Fluid Dynamics Characterization of Two Patient-Specific Systemic-to-Pulmonary Shunts before and after Operation. Computational and Mathematical Methods in Medicine. 2019, 27, (1), 87–96.