Faculty

Institution

Unit

Venue

Chengwei Wang

Assistant Research Scientist

University of Maryland, College Park

Affiliations

A. James Clark School of Engineering

Materials Science and Engineering

Chengwei Wang is currently serving as an A. James Clark School Of Engineering Assistant Research Scientist at University of Maryland, College Park.

Honors

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Experiences

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Education

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Chengwei Wang

University of Maryland, College Park

Assistant Research Scientist

You can click a keyword to filter the displayed items

materials science advanced materials applied physics energy storage materials engineering nanotechnology engineering technology nanoengineering energy storage materials nanomaterials electrochemistry electrochemical energy storage advanced electrode material material research advanced energy material thermal engineering flexible electronics advanced manufacturing technologies electronic materials additive manufacturing wood science advanced functional materials sintering lithium-ion batteries wood technology material chemistry interface science electrode-electrolyte interfaces nanoparticle research sustainable energy technologies nano energy nanometrology energy engineering science advance energy research semiconductor nanostructures anisotropic materials battery configuration electric battery advanced energy technology wood structures membrane technology printed electronics renewable energy storage ionic conductors solid state batteries nanofibers ceramic synthesis water technology bio-inspired design nano application biopolymer gel material innovation amphiphilic system energy environment metal anode chemical sensors neutron source wood quality wood component garnet-type solid-state electrolytes lithium batteries ion-conducting membrane general method bulk ceramics high-efficiency water extraction tree-inspired design lithium metal anodes garnet-based solid-state electrolyte garnet solid-state electrolyte ion-conductive hydrogels sodium alloys various substrates universal soldering interface engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

Precise Control Light Emission of Pvdf-Ch 3 Nh 3 Pbbr 3– X CL X Nanocrystalline Films Using a CL – (Ch 3 Oh) N System. Langmuir (2024)

Rui WangChengwei WangYanan LiaoKai LiuWeian WangFangfang WangLei WangChunxiang XuFeng Chen

advanced functional materialsmethanol solutionchemistrynanomaterialsanion exchange processhalide perovskitesmaterial chemistryoptical materialsanion exchange dynamicsluminescenceperovskite solar cellsmaterials sciencelead-free perovskitesphotochemistryadvanced energy materialcrystal engineering

Metal Alloy Layers on Substrates, Methods of Making Same, and Uses Thereof. OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information) (2023)

Hu, LiangbingWachsman, Eric D.Gong, YunhuiFu, KunLuo, WeiWang, Chengwei

surface sciencelayered materialsmaterials engineeringmetalsinterface sciencematerials sciencetribologymetal processingmetal alloy layersmechanical engineeringmanufacturing

Rapid Pressureless Sintering of Glasses. Small (2022)

Zhiwei LinXinpeng ZhaoChengwei WangQi DongJi QianGuangran ZhangAlexandra H. BrozenaXizheng WangShuaiming HeWeiwei PingGang ChenYong PeiChaolun ZhengBryson Callie CliffordMin HongYiquan WuBao YangJian LuoPaul AlbertusLiangbing Hu

rapid pressureless sinteringmaterials engineeringglass materialmaterials sciencesintering

High‐Temperature Ultrafast Sintering: Exploiting a New Kinetic Region to Fabricate Porous Solid‐State Electrolyte Scaffolds. Advanced Materials (2021)

Ruiliu WangQi DongChengwei WangMin HongJinlong GaoHua XieMiao GuoWeiwei PingXizheng WangShuaiming HeJian LuoLiangbing Hu

engineeringadvanced materialsadditive manufacturingmaterials engineeringthermal engineeringmaterials scienceapplied physicssinteringadvanced manufacturing technologieshigh-temperature ultrafast sintering

Rapid Synthesis and Sintering of Metals From Powders. Advanced Science (2021)

Chengwei WangWei ZhongWeiwei PingZhiwei LinRuiliu WangJiaqi DaiMiao GuoWei XiongJi‐Cheng ZhaoLiangbing Hu

advanced materialsrapid synthesispowder synthesismaterials sciencesinteringpowder metallurgy

Stamping Flexible LI Alloy Anodes. Advanced Materials (2021)

Jinlong GaoChaoji ChenQi DongJiaqi DaiYonggang YaoTangyuan LiAlexandra RundlettRuiliu WangChengwei WangLiangbing Hu

engineeringadvanced materialsmaterials engineeringmaterials sciencemechanical engineeringflexible electronics

Ultrafast High-Temperature Sintering to Avoid Metal Loss Toward High-Performance and Scalable Cermets. Matter (2021)

Miao GuoQi DongHua XieChengwei WangYunhao ZhaoXizheng WangWei ZhongZhihan LiRuiliu WangYuankang WangLiangyan HaoShuaiming HeGang ChenWei XiongJi-Cheng ZhaoLiangbing Hu

condensed matter physicsmaterials scienceapplied physicsmetal lossthin films

Wood Ionic Cable. Small (2021)

Weiqing KongChaoji ChenGegu ChenChengwei WangDapeng LiuSiddhartha DasGuang ChenTian LiJianguo LiYang LiuZhihan LiBryson Callie CliffordLiangbing Hu

wood sciencenanoengineeringmaterials sciencewood ionic cableelectrical engineeringwood technology

A General Method to Synthesize and Sinter Bulk Ceramics in Seconds. Science (2020)

Chengwei WangWeiwei PingQiang BaiHuachen CuiRyan HensleighRuiliu WangAlexandra H. BrozenaZhenpeng XuJiaqi DaiYong PeiChaolun ZhengGlenn PastelJinlong GaoXizheng WangHoward WangJi-Cheng ZhaoBao YangXiaoyu (Rayne) ZhengJian LuoYifei MoBruce DunnLiangbing Hu

ceramic synthesisceramicsmaterials sciencesinteringgeneral methodbulk ceramics

Computation‐Guided Synthesis of New Garnet‐Type Solid‐State Electrolytes via an Ultrafast Sintering Technique. Advanced Materials (2020)

Ruiliu WangWeiwei PingChengwei WangYunsheng LiuJinlong GaoQi DongXizheng WangYifei MoLiangbing Hu

ultrafast sintering techniqueadvanced materialscomputation-guided synthesismaterials sciencesinteringcomputational materials science

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Chengwei Wang

Assistant Research Scientist

University of Maryland, College Park

Affiliations

A. James Clark School of Engineering

Materials Science and Engineering

Chengwei Wang is currently serving as an A. James Clark School Of Engineering Assistant Research Scientist at University of Maryland, College Park.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Chengwei Wang

University of Maryland, College Park

Assistant Research Scientist

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Precise Control Light Emission of Pvdf-Ch 3 Nh 3 Pbbr 3– X CL X Nanocrystalline Films Using a CL – (Ch 3 Oh) N System. Langmuir (2024)

Rui WangChengwei WangYanan LiaoKai LiuWeian WangFangfang WangLei WangChunxiang XuFeng Chen

Metal Alloy Layers on Substrates, Methods of Making Same, and Uses Thereof. OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information) (2023)

Hu, LiangbingWachsman, Eric D.Gong, YunhuiFu, KunLuo, WeiWang, Chengwei

surface sciencelayered materialsmaterials engineeringmetalsinterface sciencematerials sciencetribologymetal processingmetal alloy layersmechanical engineeringmanufacturing

Rapid Pressureless Sintering of Glasses. Small (2022)

rapid pressureless sinteringmaterials engineeringglass materialmaterials sciencesintering

High‐Temperature Ultrafast Sintering: Exploiting a New Kinetic Region to Fabricate Porous Solid‐State Electrolyte Scaffolds. Advanced Materials (2021)

Ruiliu WangQi DongChengwei WangMin HongJinlong GaoHua XieMiao GuoWeiwei PingXizheng WangShuaiming HeJian LuoLiangbing Hu

Rapid Synthesis and Sintering of Metals From Powders. Advanced Science (2021)

Chengwei WangWei ZhongWeiwei PingZhiwei LinRuiliu WangJiaqi DaiMiao GuoWei XiongJi‐Cheng ZhaoLiangbing Hu

advanced materialsrapid synthesispowder synthesismaterials sciencesinteringpowder metallurgy

Stamping Flexible LI Alloy Anodes. Advanced Materials (2021)

Jinlong GaoChaoji ChenQi DongJiaqi DaiYonggang YaoTangyuan LiAlexandra RundlettRuiliu WangChengwei WangLiangbing Hu

engineeringadvanced materialsmaterials engineeringmaterials sciencemechanical engineeringflexible electronics

Ultrafast High-Temperature Sintering to Avoid Metal Loss Toward High-Performance and Scalable Cermets. Matter (2021)

Miao GuoQi DongHua XieChengwei WangYunhao ZhaoXizheng WangWei ZhongZhihan LiRuiliu WangYuankang WangLiangyan HaoShuaiming HeGang ChenWei XiongJi-Cheng ZhaoLiangbing Hu

condensed matter physicsmaterials scienceapplied physicsmetal lossthin films

Wood Ionic Cable. Small (2021)

Weiqing KongChaoji ChenGegu ChenChengwei WangDapeng LiuSiddhartha DasGuang ChenTian LiJianguo LiYang LiuZhihan LiBryson Callie CliffordLiangbing Hu

wood sciencenanoengineeringmaterials sciencewood ionic cableelectrical engineeringwood technology

A General Method to Synthesize and Sinter Bulk Ceramics in Seconds. Science (2020)

ceramic synthesisceramicsmaterials sciencesinteringgeneral methodbulk ceramics

Computation‐Guided Synthesis of New Garnet‐Type Solid‐State Electrolytes via an Ultrafast Sintering Technique. Advanced Materials (2020)

Ruiliu WangWeiwei PingChengwei WangYunsheng LiuJinlong GaoQi DongXizheng WangYifei MoLiangbing Hu

ultrafast sintering techniqueadvanced materialscomputation-guided synthesismaterials sciencesinteringcomputational materials science

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10 / page

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Massachusetts Institute of Technology

engineering

ferrimagnetic materials

Thad Druffel

Institution

University of Louisville

solar energy conversion

nanomaterial synthesis

André Taylor

Institution

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nano energy

nanomaterials

Jian Qin

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Sarah H. Tolbert

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materials science

applied physics

Wonbong Choi

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University of North Texas

nanotechnology

rechargeable batteries

Weidong Zhou

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materials science

applied physics

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materials science

electrochemistry