Non-stationary phenomena during thecombustion in narrow channels and porous media

姓名***

单位: Russian Academy of Sciences

时间：6月7日(周三) 10:00 am

地点: 34-125

腾讯会议: 314-296-384

邀请人: 李君 副教授

Biography 个人简介

***, Russia in 2001, a PhD and then Doctoral degrees in Physics from Institute olTheoretical and Applied Mechanics, Siberian Branch of the Russian Academy of Sciences(ITAM SB RAS), Russia in 2004 and 2016, ***, researcher, *** (2006-2007) and in National Taiwan University (2007-2008From 2013 to 2018 served as leading researcher of International Combustion & EnergyLaboratory in Far-Eastern Federal University, ***'s current research interestsare combustion instability, *** (***-0002-1152-8981)

Abstract 报告摘要

Numerical and experimental results on non-***-channel system and model one-***-***-stationarylame front behavior at pore scale are presented and compared at a qualitative level

Pore-scale numerical simulation of flame dynamicsin porous media combustion

姓名***

单后: Russian Academy of Sciences

时间：6月7日(周三) 10:30 am

地点：34-125

腾讯会议：314-296-384

邀请人：李君 副教授

Biography 个人简介

***-year history and one of Russia'***'s student, ***-***, Igor researched local combustion phenomena in porousmedia combustion using pore-***, Igor became the head ofa theoretical and numerical combustion group in the Laboratory of Applied Combustion atTomsk Scientific Center, He takes pride in contributing to porous media combustion physicsand developing novel, effective, eco-friendly burners for industrial and domestic applications.

Abstract 报告摘要

Porous media combustion is considered as a prospective alternative to free flames in energyconversion devices because ofincreased burning rate, ***-***, ***-scale approach based on the idea of fluid flowsimulation with chemical reaction and conjugate heat transfer with radiation, ***, as well as its application to the numerical study of flamestabilization in three-***-dimensional packed bed will also be reported.