联系我们
内容显示页
您所在的位置: 内燃机清洁高效燃烧国际研讨会(ISCE)
2011年内燃机清洁高效燃烧国际研讨会

为内燃机学术界和工业界学者、科学家和技术人员提供一个交流最新研究发现和研究成果的高端平台,促进内燃机领域学术交流与合作,由天津大学内燃机燃烧学国家重点实验室承办的第四届 “内燃机清洁高效燃烧国际研讨会(The 4th International Symposium on Clean and High-Efficiency Combustion in Engines”)”于201181-3日在天津举行,会议邀请了美国、英国、加拿大、德国、瑞典、日本、韩国等国家22位专家以及国内清华大学、上海交通大学、西安交通大学、天津大学的著名教授,就内燃机的高效清洁燃烧议题,进行大会报告和学术交流。

 

Technical Program (tentative)

August 1st

11:00-18:30

Registration

 

18:30-20:00

Reception Dinner

 

August 2nd 8:00-12:10

Section A

 

Session Chairman: Prof. Robert W. Dibble, Prof. Zhen Huang

8:00-8:10

Opening speech

8:10-8:45

Improvement of Low Temperature Diesel Combustion in a Light Duty Diesel Engine

Prof. Choongsik Bae, Korean Advanced Institute of Science and Technology, Korea

8:45-9:20

An experimental study on the comparison between high premixed combustion (HPC) and low temperature combustion (LTC) fuelled with gasoline and diesel

Prof. Mingfa Yao, Tianjin University, China

9:20-9:55

The Future of Internal Combustion Engines – Development Trends and Efficiency Improvement

Prof. Ulrich Spicher, Institute of Karlsruhe, Germany

9:55-10:25

Coffee break

10:25-11:00

Future Engines and their Fuels

Tom McCarthy, Chief Engineer,

 Ford Motor Company, US

11:00-11:35

Review of the application of fast gas and particle analysers for IC engine research

Prof. Nick Collings, University of Cambridge, UK

11:35-12:10

Upfront Design and Optimization of Gasoline Direct Injection Engine Combustion Systems

Dr. James Yi, Ford Motor Company, US

12:10-12:20

Symposium photo

12:20-13:50

Lunch

August 2nd

14:00-18:40

Section B

Session Chairman: Prof. Bengt Johansson, Prof. Wang Jianxin

14:00-14:35

Demonstration and analysis of different combustion modes in a 2/4 stroke gasoline engine

Hua Zhao, Brunel Univerity, UK

 

14:35-15:10

Advanced SI engine Combustion System Development: Opportunities and Challenges

Dr. Yangbin Zeng, General Motors Company, US

15:10-15:45

Optimization of a Turbocharger for High EGR Applications

Harold Sun, Ford Motor Company, US

15:45-16:20

Coffee break

16:20-16:55

DISI Engine PM Emissions at Cold Fast Idle for Ethanol-Gasoline Blends

Prof. Wai K. Cheng, Massachusetts Institurte of Technology, US

16:55-17:30

Advanced Heterogeneous Diesel Combustion with ultra-low engine out emissions and low fuel consumption

Dr. Uwe Wagner, Karlsruhe Institute of Technology, Germany

17:30-18:05

Multi-dimensional Simulation of Biodiesel-fuelled Engines: the Interaction of Soot and NOx Formation

Prof. Xianguo Li, University of Waterloo, Canada

18:05-18:40

Effects of Mixing and Chemical parameters on Thermal Efficiency in a Partly Premixed Combustion Diesel Engine with Near Zero Emissions

Prof. Wanhua Su, Tianjin University, China

18:40-20:00

Dinner

August 3rd

8:00-12:30

Section A

Session Chairman: Prof. Ulrich Spicher, Prof. Zuohua Huang

8:00-8:35

Strategies to Control Heat Release Rate of High-Load HCCI Engine Combustion

Yi Yang and John Dec

Sandia National Laboratories, Livermore, California, US        

8:35-9:05

Improvement of HCCI Engine Performance by Fuel Composition

Prof. Gen Shibata, Hokkaido University, Japan

9:05-9:40

Combustion Characteristics and Combustion Mode Switch of Multi-cylinder Gasoline HCCI Engine with Direct Injection

Prof. Wang Jianxin, Tsinghua Univertsity, China

9:40-10:10

Coffee break

10:10-10:45

Liquid Jet Atomization in a Crossflow

Prof. Nasser Ashgriz, University of Toronto, Canada

10:45-11:20

Improved engine efficiency through feedback control

Prof. Per Tunestal, Lund University, Sweden

11:20-11:55

 Hydrogen Enriched Hydrocarbon Combustion and Engine Application Study

Zuohua Huang, Xi’an Jiaotong University, China

11:55-12:30

The Control Challenges of Novel Engine Architectures

Prof. Richard Stobart, Loughborough University, UK

12:30-13:50

Lunch

August 3rd

14:00-18:05

Section B

Session Chairman: Prof. Nick Collings, Prof. Mingfa Yao

14:00-14:35

Fuel-Air Mixing and Combustion Characteristics of Diesel Spray under High Ambient Gas Density Condition

Prof. Keiya Nishida, University of Hiroshima, Japan