Faculty

Institution

Unit

Venue

Shunyu Liu

Assistant Professor

Clemson University

Affiliations

Clemson Home College of Engineering, Computing and Applied Sciences

Automotive Engineering

Materials Science and Engineering

Shunyu Liu is currently serving as an Automotive Engineering Assistant Professor at Clemson University.

Honors

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Experiences

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Education

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Shunyu Liu

Clemson University

Assistant Professor

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materials science mechanical engineering materials engineering additive manufacturing advanced materials engineering manufacturing composite materials manufacturing engineering applied physics coatings manufacturing technology advanced manufacturing technologies manufacturing science alloy design mechanics of materials computational materials science material research composite science laser processing technology directed energy deposition corrosion porous materials crystal growth advanced manufacturing porosity laser material laser-assisted deposition production engineering laser science layered materials composite technology engineering thermodynamics structural genomics powder metallurgy in-process monitoring comparative study high temperature corrosion molten chloride salts tic reinforcements microstructure evolution capture efficiency single track deposition self-sufficient modeling multiphysics modeling phase transformation microhardness evolution in-situ synthesis laser direct deposition phase distributions high throughput synthesis processing and manufacturing laser processing 3d printing

Notable Scholarly Works

Notable Federal Grants

Collaborators

Experimental and Crystal Plasticity Investigation of the Effect of As-Printed Dislocation Densities on the Mechanical Anisotropy of Additive Manufacturing 316L Stainless Steel. SSRN Electronic Journal (2024)

Mohamed G. ElkhateebSom DixitShunyu LiuPauline M. SmithGang Li

manufacturingadditive manufacturingas-printed dislocation densitiesengineeringmechanical engineeringmechanical anisotropystainless steelmaterials science

Double-Pulse Laser Micro Sintering of Iron Powder in Multiple Overlapping Tracks: Experimental Study and Material Characterizations. Journal of Manufacturing Processes (2023)

Weidong LiuBenxin WuRunzi CuiHeng WangShunyu LiuMohammadreza AsherlooHanyu Song

manufacturingpowder metallurgymaterials engineeringadditive manufacturingexperimental studyadvanced manufacturing technologiesmanufacturing sciencematerial characterizationsmechanical engineeringmanufacturing technologylaser processing technologyiron powdermanufacturing engineeringmaterials science

Extended Mechanics of Structural Genome for Predicting Mechanical Properties of Additively Manufactured Ti6Al4V Considering Porosity and Microstructure. Mechanics of Materials (2022)

Mohamed G. ElkhateebShunyu LiuYung C. Shin

additive manufacturingstructural genomeengineeringmechanical engineeringstructural genomicsextended mechanicsmechanics of materialsmechanicsmaterials science

High Throughput Synthesis of Cocrfeniti High Entropy Alloys via Directed Energy Deposition. Journal of Alloys and Compounds (2022)

Shunyu LiuCorbin M. GroholYung C. Shin

materials engineeringengineeringhigh throughput synthesismechanical engineeringalloy designdirected energy depositionmaterials science

A Novel 3D Cellular Automata-Phase Field Model for Computationally Efficient Dendrite Evolution During Bulk Solidification. Computational Materials Science (2021)

Shunyu LiuKyung-min HongYung C. Shin

materials engineeringadvanced materialscomputational materials scienceengineeringbulk solidificationmaterials scienceaerospace engineering

Thermodynamically Consistent Phase-Field Modeling of Competitive Polycrystalline Growth of Beta Grains During Additive Manufacturing of Ti6al4v. Journal of Crystal Growth (2021)

Shunyu LiuYung C. Shin

manufacturingbeta grainsengineering thermodynamicsmaterials engineeringadditive manufacturingadvanced materialsmechanical engineeringthermodynamicscrystal growthmaterials scienceaerospace engineering

Integrated 2D Cellular Automata-Phase Field Modeling of Solidification and Microstructure Evolution During Additive Manufacturing of Ti6al4v. Computational Materials Science (2020)

Shunyu LiuYung C. Shin

manufacturingmaterials engineeringadditive manufacturingadvanced materialscomputational materials scienceengineeringmicrostructure evolutionmechanical engineeringmaterials science

Prediction of 3D Microstructure and Phase Distributions of Ti6Al4V Built by the Directed Energy Deposition Process via Combined Multi-Physics Models. Additive manufacturing (2020)

Shunyu LiuYung C. Shin

manufacturingadditive manufacturingphase distributionsdirected energy depositionmanufacturing engineeringmaterials science

In-Process Monitoring of Porosity During Laser Additive Manufacturing Process. Additive manufacturing (2019)

Bin ZhangShunyu LiuYung C. Shin

materials engineeringadditive manufacturingin-process monitoringporous materialsmaterials scienceporosity

In-Situ Synthesis of Zr-Based Bulk Metallic Glass Composites With Periodic Amorphous-Crystalline Microstructure for Improved Ductility via Laser Direct Deposition. Intermetallics (2019)

Shunyu LiuAbhijeet DhimanYung C. ShinVikas TomarSamuel T. Zhang

materials engineeringadvanced materialslaser direct depositionin-situ synthesiscomposite materialsmechanical engineeringapplied physicsmaterials science

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Shunyu Liu

Assistant Professor

Clemson University

Affiliations

Clemson Home College of Engineering, Computing and Applied Sciences

Automotive Engineering

Materials Science and Engineering

Shunyu Liu is currently serving as an Automotive Engineering Assistant Professor at Clemson 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

Shunyu Liu

Clemson University

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Mohamed G. ElkhateebSom DixitShunyu LiuPauline M. SmithGang Li

manufacturingadditive manufacturingas-printed dislocation densitiesengineeringmechanical engineeringmechanical anisotropystainless steelmaterials science

Double-Pulse Laser Micro Sintering of Iron Powder in Multiple Overlapping Tracks: Experimental Study and Material Characterizations. Journal of Manufacturing Processes (2023)

Weidong LiuBenxin WuRunzi CuiHeng WangShunyu LiuMohammadreza AsherlooHanyu Song

Extended Mechanics of Structural Genome for Predicting Mechanical Properties of Additively Manufactured Ti6Al4V Considering Porosity and Microstructure. Mechanics of Materials (2022)

Mohamed G. ElkhateebShunyu LiuYung C. Shin

additive manufacturingstructural genomeengineeringmechanical engineeringstructural genomicsextended mechanicsmechanics of materialsmechanicsmaterials science

High Throughput Synthesis of Cocrfeniti High Entropy Alloys via Directed Energy Deposition. Journal of Alloys and Compounds (2022)

Shunyu LiuCorbin M. GroholYung C. Shin

materials engineeringengineeringhigh throughput synthesismechanical engineeringalloy designdirected energy depositionmaterials science

A Novel 3D Cellular Automata-Phase Field Model for Computationally Efficient Dendrite Evolution During Bulk Solidification. Computational Materials Science (2021)

Shunyu LiuKyung-min HongYung C. Shin

materials engineeringadvanced materialscomputational materials scienceengineeringbulk solidificationmaterials scienceaerospace engineering

Thermodynamically Consistent Phase-Field Modeling of Competitive Polycrystalline Growth of Beta Grains During Additive Manufacturing of Ti6al4v. Journal of Crystal Growth (2021)

Shunyu LiuYung C. Shin

manufacturingbeta grainsengineering thermodynamicsmaterials engineeringadditive manufacturingadvanced materialsmechanical engineeringthermodynamicscrystal growthmaterials scienceaerospace engineering

Integrated 2D Cellular Automata-Phase Field Modeling of Solidification and Microstructure Evolution During Additive Manufacturing of Ti6al4v. Computational Materials Science (2020)

Shunyu LiuYung C. Shin

manufacturingmaterials engineeringadditive manufacturingadvanced materialscomputational materials scienceengineeringmicrostructure evolutionmechanical engineeringmaterials science

Prediction of 3D Microstructure and Phase Distributions of Ti6Al4V Built by the Directed Energy Deposition Process via Combined Multi-Physics Models. Additive manufacturing (2020)

Shunyu LiuYung C. Shin

manufacturingadditive manufacturingphase distributionsdirected energy depositionmanufacturing engineeringmaterials science

In-Process Monitoring of Porosity During Laser Additive Manufacturing Process. Additive manufacturing (2019)

Bin ZhangShunyu LiuYung C. Shin

materials engineeringadditive manufacturingin-process monitoringporous materialsmaterials scienceporosity

In-Situ Synthesis of Zr-Based Bulk Metallic Glass Composites With Periodic Amorphous-Crystalline Microstructure for Improved Ductility via Laser Direct Deposition. Intermetallics (2019)

Shunyu LiuAbhijeet DhimanYung C. ShinVikas TomarSamuel T. Zhang

materials engineeringadvanced materialslaser direct depositionin-situ synthesiscomposite materialsmechanical engineeringapplied physicsmaterials science

1
2
10 / page

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Institution

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advanced manufacturing

manufacturing

Steven Schmid

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University of Notre Dame

Bryan Webler

Institution

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Atieh Moridi

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design

industrial design

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advanced manufacturing