Faculty

Institution

Unit

Venue

Ming-Chia Lai

Retired Professor

Wayne State University

Affiliations

College of Engineering

Mechanical Engineering

Ming-chia Lai is currently serving as a College Of Engineering Retired Professor at Wayne State University.

Honors

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Experiences

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Education

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Ming-Chia Lai

Wayne State University

Retired Professor

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engineering engine research mechanical engineering combustion chemical engineering applied physics fluid dynamics thermal engineering internal combustion engine fluid mechanics fuel injection fuel science combustion science energy storage combustion engineering transportation engineering modeling and simulation automotive engineering aeronautics vehicular technology energy research experimental analysis energy engineering numerical simulations in-cylinder flow aerospace technology natural gas vehicle technology exhaust emission numerical investigation cavitating flows emission reduction lithium-ion batteries numerical study energy conversion automatic control engineering optimization advanced energy technology gas-liquid flow emission control fuel production laser science spray characteristics emissions characteristics injection pressure direct calculations experimental investigation space-time conservation element light-duty diesel engine energy chemistry hydrogen energy aerosol science sustainable energy technologies energy production engineering thermodynamics hydrodynamic cavitation gas turbine combustion thermal transport renewable energy storage power engineering rail transport emission characteristics experimental study diesel sprays combustion characteristics spray transfer internal flow near-field spray petroleum production fluid flow computational fluid dynamics energy analysis power generation energy modeling mechanical modeling particle technology optical diagnostics engine combustion energy transformation engine emissions aerospace engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

Effects of Control Strategies for Mixture Activity and Chemical Reaction Pathway Coupled With Exhaust Gas Recirculation on the Performance of Hydrogen-Enriched Natural-Gas Fueled Spark Ignition Engine. Fuel (2022)

Linxun XuXingyu SunCaibang KuJingping LiuMing-Chia LaiXiongbo Duan

combustionchemical engineeringnatural gaschemical reaction pathwayengine researchhydrogen-enriched natural-gasspark ignition engineenergy chemistryfuel sciencemixture activityexhaust gas recirculationengineering

Parallel Perturbation Analysis of Combustion Cycle-To-Cycle Variations and Emissions Characteristics in a Natural Gas Spark Ignition Engine With Comparison to Consecutive Cycle Method. Chemosphere (2022)

Xiongbo DuanLinxun XuPengfei JiangMing-Chia LaiZhiqiang Sun

emissions characteristicsconsecutive cycle methodcombustionchemical engineeringenvironmental scienceengine researchparallel perturbation analysiscombustion cycle-to-cycle variationscombustion science

Aging Experiments on the 20 Ah Lithium‐Ion Polymer Battery Cells. Energy Storage (2021)

Yiqun LiuY. Gene LiaoMing‐Chia Lai

energy storagetechnology

Aging Simulation of Electric Vehicle Battery Cell Using Experimental Data. SAE technical papers on CD-ROM/SAE technical paper series (2021)

Yiqun LiuY. Gene LiaoMing-Chia Lai

experimental dataelectric vehicleselectrical engineeringenergy storageengineering

Effects of Battery Pack Capacity on Fuel Economy of Hybrid Electric Vehicles. (2021)

Yiqun LiuY. Gene LiaoMing-Chia Lai

mechanical engineeringbattery pack capacityelectrical engineeringenergy storagefuel economyengineering

Effects of Depth-Of-Discharge, Ambient Temperature, and Aging on the Internal Resistance of Lithium-Ion Battery Cell. 2021 International Conference on Electrical, Computer and Energy Technologies (ICECET) (2021)

Yiqun LiuY. Gene LiaoMing-Chia Lai

materials sciencethermal engineeringlithium-ion battery cellinternal resistanceapplied physicselectrical engineeringambient temperatureenergy storagelithium-ion batteries

Effects of State-Of-Charge and Penetration Location on Variations in Temperature and Terminal Voltage of a Lithium-Ion Battery Cell During Penetration Tests. Batteries (2021)

Yiqun LiuYitian LiY. Gene LiaoMing-Chia Lai

terminal voltagepenetration teststhermal engineeringlithium-ion battery cellpenetration locationelectrical engineeringenergy storage

Fuel Economy Improvement and Emission Reduction of 48 V Mild Hybrid Electric Vehicles With P0, P1, and P2 Architectures With Lithium Battery Cell Experimental Data. Advances in Mechanical Engineering (2021)

Yiqun LiuY Gene LiaoMing-Chia Lai

hybrid electric vehiclesmechanical engineeringtransportation engineeringfuel economy improvementengineering

Infrared Experimental Investigations of the Effects of Direct Water Injection in an Optical Engine. Journal of Energy Resources Technology (2021)

Amer FarhatTaewon KimMing-Chia LaiMarcis JansonsXin Yu

technologyengine researchoptical enginesustainable energy technologiesexperimental analysissustainable energyenergy researchenergy managementapplied physicsrenewable energyenergy-efficient technologiesenergy efficiencythermal engineeringdirect water injectionenergy infrastructureenergy systemsenergy engineeringinfrared experimental investigationsengineering

Temperature Variations of a Lithium-Ion Polymer Battery Cell During Electric Vehicle Driving Cycles. (2021)

Yiqun LiuY. Gene LiaoMing-Chia Lai

temperature variationsautomotive electronicselectric vehicleselectrical engineeringenergy storage

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Ming-Chia Lai

Retired Professor

Wayne State University

Affiliations

College of Engineering

Mechanical Engineering

Ming-chia Lai is currently serving as a College Of Engineering Retired Professor at Wayne State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Ming-Chia Lai

Wayne State University

Retired Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Linxun XuXingyu SunCaibang KuJingping LiuMing-Chia LaiXiongbo Duan

Xiongbo DuanLinxun XuPengfei JiangMing-Chia LaiZhiqiang Sun

emissions characteristicsconsecutive cycle methodcombustionchemical engineeringenvironmental scienceengine researchparallel perturbation analysiscombustion cycle-to-cycle variationscombustion science

Aging Experiments on the 20 Ah Lithium‐Ion Polymer Battery Cells. Energy Storage (2021)

Yiqun LiuY. Gene LiaoMing‐Chia Lai

energy storagetechnology

Aging Simulation of Electric Vehicle Battery Cell Using Experimental Data. SAE technical papers on CD-ROM/SAE technical paper series (2021)

Yiqun LiuY. Gene LiaoMing-Chia Lai

experimental dataelectric vehicleselectrical engineeringenergy storageengineering

Effects of Battery Pack Capacity on Fuel Economy of Hybrid Electric Vehicles. (2021)

Yiqun LiuY. Gene LiaoMing-Chia Lai

mechanical engineeringbattery pack capacityelectrical engineeringenergy storagefuel economyengineering

Yiqun LiuY. Gene LiaoMing-Chia Lai

materials sciencethermal engineeringlithium-ion battery cellinternal resistanceapplied physicselectrical engineeringambient temperatureenergy storagelithium-ion batteries

Effects of State-Of-Charge and Penetration Location on Variations in Temperature and Terminal Voltage of a Lithium-Ion Battery Cell During Penetration Tests. Batteries (2021)

Yiqun LiuYitian LiY. Gene LiaoMing-Chia Lai

terminal voltagepenetration teststhermal engineeringlithium-ion battery cellpenetration locationelectrical engineeringenergy storage

Yiqun LiuY Gene LiaoMing-Chia Lai

hybrid electric vehiclesmechanical engineeringtransportation engineeringfuel economy improvementengineering

Infrared Experimental Investigations of the Effects of Direct Water Injection in an Optical Engine. Journal of Energy Resources Technology (2021)

Amer FarhatTaewon KimMing-Chia LaiMarcis JansonsXin Yu

Temperature Variations of a Lithium-Ion Polymer Battery Cell During Electric Vehicle Driving Cycles. (2021)

Yiqun LiuY. Gene LiaoMing-Chia Lai

temperature variationsautomotive electronicselectric vehicleselectrical engineeringenergy storage

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Similar Faculty Members

Yann Guezennec

Institution

Ohio State University

engineering

mechanical engineering

Naeim Henein

Institution

Wayne State University

engine research

engineering

Jyh-Yuan Chen

Institution

University of California, Berkeley

combustion

combustion science

Marcello Canova

Institution

Ohio State University

energy efficient drive

energy optimization

Mridul Gautam

Institution

West Virginia University

environmental engineering

pollution monitoring

James Klausner

Institution

University of Florida

environmental engineering

alternative energy solution

Robert Dibble

Institution

University of California, Berkeley

environmental impact of the energy industry

combustion

Nigel N. Clark

Institution

West Virginia University

vehicle conceptual design

exhaust emission

Vincent McDonell

Institution

University of California, Irvine

combustion

future fuel

Ajay Agrawal

Institution

University of Alabama

fluid flow

combustion