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王海晖


个人履历(li)

中国科(ke)学(xue)技术大学(xue)火灾(zai)科(ke)学(xue)国家重(zhong)点实验室,

历任(ren)助(zhu)教(jiao)(jiao)、讲师、副教(jiao)(jiao)授1989.8-1997.3;

The University of Newcastle,

School of Engineering,

New South Wales, Australia,

Teaching Assistant1997.9-1998.12;

The University of Newcastle,

School of Engineering,

New South Wales, Australia,

Research Assistant2000.4-2001.8;

The University of Newcastle,

 School of Engineering,

New South Wales, Australia,

Research Associate2001.9-2004.6;

CSIRO Sustainable Ecosystems, North Ryde,

New South Wales, Australia,

Research Scientist (CSFO4M) 2004.7-2007.9;

中国(guo)科学(xue)技术大学(xue)火灾科学(xue)国(guo)家重点实验室,

高(gao)级访问学者2007.10-2008.10;

中国(guo)科学技术大(da)学火(huo)灾科学国(guo)家重(zhong)点实验室

研究员2008.11-

  

主要研究方(fang)向

煤(mei)等(deng)有机(ji)质氧化并自(zi)加热(re)的机(ji)理和(he)防(fang)治(zhi)技术研究

森林和城(cheng)镇交界域火灾特征、形成条件和预防对(dui)策分析

生物质可燃性(xing)标定和(he)分类

疏松固相材料火蔓延

  

主讲课程

资(zi)源(yuan)利用中的(de)火灾问题及防治技术

(课程(cheng)编号:SE15225;学时:40;学分2)

  

学位(wei)/职称

工学博(bo)士

中国科学技术大(da)学教授(shou)

博士(shi)生(sheng)导师

  

办公(gong)室(shi)电话

(+86)551 63607057

E-mail: HHWang4@wfpianuo.com



个人获奖(jiang)

中国(guo)科(ke)学院自然(ran)科(ke)学二等奖(1996);

多次(ci)荣获中(zhong)国科学(xue)技术大(da)学(xue)和安(an)徽省(sheng)奖(jiang)项;

在海外(wai)留学(xue)和工作期间(jian)也曾(ceng)得到澳洲联邦政(zheng)府教育、

科学和(he)培训部、澳洲科学院和(he)纽卡斯(si)尔大(da)学奖励。


学术任职

中国能(neng)源(yuan)学会常务理事

中国林学会森林防火专业(ye)委(wei)员会委(wei)员

 

科研情况

参与或主持了各(ge)类科研(yan)项目近二十项,包括国家森林防火(huo)灭火(huo)特别基(ji)金项目、国家自然科学(xue)(xue)基(ji)金重点课(ke)题(ti)、澳(ao)洲研(yan)究基(ji)金重大课(ke)题(ti)、澳(ao)洲丛林火(huo)联合(he)研(yan)究中心(Bushfire CRC)课(ke)题(ti)、澳(ao)洲科学(xue)(xue)院课(ke)题(ti)以及(ji)澳(ao)洲联邦科学(xue)(xue)和工(gong)业研(yan)究机构(CSIRO)内(nei)部(bu)课(ke)题(ti)等。

发表学(xue)术论文和(he)完成内部技(ji)术报告九十余篇。文章出现在Combustion and Flame、Fuel、Energy and Fuels、Combustion Science and Technology等国际学(xue)术刊物上。

受邀为权威(wei)刊物(wu) Progress in Energy and Combustion Science 撰写煤自(zi)燃(ran)(ran)现象机(ji)理研究工(gong)作进展的(de)综述(shu)。与国际火灾领域(yu)的(de)专(zhuan)家一道完成(cheng)了一部关于(yu)材料(liao)可燃(ran)(ran)性测试技术的(de)专(zhuan)著。

 

近期(qi)发表论著

著(zhu)作

[1]. Wang H-H, Dlugogorski BZ and Kennedy EM "Chapter 16: Tests for spontaneous ignition of solid materials",

In: V Apte (editor) "Flammability testing of materials in construction, transport and mining sectors",

Woodhead Publishing, Cambridge, UK, 2006, pp 385-442.

 

论文(wen)

[2]. 王(wang)海晖 "煤自(zi)燃(ran)倾向(xiang)性测试方(fang)法(fa)综(zong)述", 安全与环境学报(bao),2009.

[3]. Wang H-H "Analytical model for determining thermal radiance of fire plumes with implication

to wildland fire", Combustion Science and Technology, 2009, 181(2): 245-63.

[4]. 王海晖 "交界(jie)域火(huo)(huo)灾现象(xiang)和预防对策探讨", 森林防火(huo)(huo),2008,(4): 13-5.

[5]. Wang H-H "Kinetic analysis of dehydration of a bituminous coal using TGA technique",

Energy and Fuels, 2007, 21(6): 3070-75.

[6]. Wang H-H, Dowling VP "Ignition conditions for the houses exposed to external radiation sourced

from adjacent bushfires", Proc of the 7th Asia-Oceania Symposium on Fire Science and Technology,

Hong Kong, PR China, September 2007.

[7]. Wang H-H "Ember attack: Its role in the destruction of houses during ACT bushfire in 2003", Proc of

Australasian Bushfire Conference – Life in a Fire-Prone Environment: Translating Science into Practice,

Brisbane, Australia, June 2006.

[8]. Delichatsios MA, Wang H-H, Kennedy EM, Moghtaderi B, Dlugogorski BZ "Opposed flame spread in narrow

channel apparatus to assist in suppression studies", Proc of the 8th International Symposium on

Fire Safety Science, Beijing, PR China, September 2005.

[9]. Wang H-H, Dlugogorski BZ, Hicks JM, Moghtaderi B, Delichatsios MA, Kennedy EM "Characterisation of

creeping flame over PMMA in narrow channel", Proc of Interflam – the 10th International Conference on

Fire Science and Engineering, Edinburgh, UK, July 2004.

[10]. Wang H-H, Hicks JM, Kennedy EM, Moghtaderi B, Delichatsios MA, Dlugogorski BZ "Flame spread over

PMMA in narrow channel", Proc of the 2004 Halon Options Technical Working Conference,

NIST Special Publication 984-2, Albuquerque, USA, May 2004.

[11]. Wang H-H, Dlugogorski BZ, Kennedy "Coal oxidation at low temperatures: oxygen consumption,

oxidation products, reaction mechanism and kinetic modelling",

Progress in Energy and Combustion Science, 2003, 29(6): 487-513.

[12]. Wang H-H, Dlugogorski BZ, Kennedy EM "Analysis of reaction mechanism in low-temperature oxidation

of coal", Combustion and Flame, 2003, 134(1-2): 107-17.

[13]. Wang H-H, Dlugogorski BZ, Kennedy EM "Role of inherent water in low-temperature oxidation of coal",

Combustion Science and Technology, 2003, 175(2): 253-70.

[14]. Wang H-H, Dlugogorski BZ, Kennedy EM "Pathways for production of CO2 and CO in low-temperature

oxidation of coal", Energy and Fuels, 2003, 17(1): 150-8.

[15]. Wang H-H, Dlugogorski BZ, Kennedy EM "Kinetic modelling of coal oxidation at low temperatures",

Combustion and Flame, 2002, 131(4): 452-69.

[16]. Wang H-H, Dlugogorski BZ, Kennedy EM "Thermal decomposition of solid oxygenated complexes

formed by coal oxidation at low temperatures", Fuel, 2002, 81(15): 1913-23.

[17]. Wang H-H, Dlugogorski BZ, Kennedy EM "Oxygen consumption by a bituminous coal: Time dependence of

the rate of oxygen consumption", Combustion Science and Technology, 2002, 174(9): 147-67.

[18]. Wang H-H, Dlugogorski BZ, Kennedy EM "Examination of CO2, CO and H2O formation during

low-temperature oxidation of coal", Energy and Fuels, 2002, 16(3): 586-92.

[19]. Dlugogorski BZ, Wang H-H, Kennedy EM, Delichatsios MA "Testing of gaseous fire suppressants in narrow

channel apparatus", Proc of the 2002 Halon Options Technical Working Conference,

NIST Special Publication 984, Albuquerque, USA, May 2002.

 

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