Faculty

Institution

Unit

Venue

Georges Fadel

Research Professor

Clemson University

Affiliations

Clemson Home College of Engineering, Computing and Applied Sciences

Mechanical Engineering

Georges Fadel is currently serving as a Clemson Home College Of Engineering, Computing And Applied Sciences Research Professor at Clemson University.

Honors

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Experiences

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Education

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Georges Fadel

Clemson University

Research Professor

You can click a keyword to filter the displayed items

engineering design mechanical engineering materials science design optimization manufacturing additive manufacturing engineering optimization materials engineering mathematical optimization manufacturing technology mechanics 3d printing structural optimization rapid prototyping advanced manufacturing technologies structural engineering manufacturing engineering genetic algorithms design theory advanced manufacturing engineering design topology optimization computational optimization design automation multidisciplinary optimization deep reinforcement learning structural design optimization problems fabrication techniques ultrasonic consolidation direct metal deposition composite science tribology thermal engineering concurrent engineering mechanical design affordance-based design mechanical metamaterials optimal design process parameters evolutionary computation process planning metal processing collaborative design design innovation conceptual design design science advanced design composite technology multi-objective optimization ultrasound-induced acoustic softening gradient material objects asymmetric point load heterogeneous objects free-form objects vehicle component layout shape morphing global strategy economic systems geopolitics approximation methods architectural theory reverse engineering resilient design global production networks network governance transnational networks global value chains industrial electronics micro-electromechanical systems automotive electronics material modeling virtual prototyping processing and manufacturing material processing

Notable Scholarly Works

Notable Federal Grants

Collaborators

Deep Reinforcement Learning for the Design of Mechanical Metamaterials With Customizable Nonlinear Deformation Responses. (2023)

Nathan BrownAnthony GarlandGeorges FadelGang Li

mechanical metamaterialsreinforcement learningdeep reinforcement learningmechanical engineering

Deep Reinforcement Learning for the Design of Mechanical Metamaterials With Tunable Deformation and Hysteretic Characteristics. Materials & Design (2023)

Nathan K. BrownAmit DeshpandeAnthony GarlandSai Aditya PradeepGeorges FadelSrikanth PillaGang Li

materials engineeringmechanical metamaterialsmechanical engineeringdeep reinforcement learningdesigntunable deformationhysteretic characteristicsmaterials science

Deep Reinforcement Learning for the Rapid On-Demand Design of Mechanical Metamaterials With Targeted Nonlinear Deformation Responses. Engineering Applications of Artificial Intelligence (2023)

Nathan K. BrownAnthony P. GarlandGeorges M. FadelGang Li

artificial intelligencemechanical metamaterialsengineeringmechanical engineeringdeep reinforcement learningrapid on-demand designmaterials science

Front Cover and Toc. Proceedings of the Design Society (2023)

Kevin OttoBoris EisenbartClaudia EckertBenoit EynardJosef OehmenNadège TroussierAgnes D'entremontAlessandro BertoniAli YassineAlison MckayAlison OlechowskiAlparslan BayrakAmaresh ChakrabartiAndi SetiawanSebelas MaretIndonesia LiemAndrea GuerraAndreas HansenAndreas DagmanAndreas RielAndreas HeinAndres FelipeValderrama PinedaAndrew WodehouseAndy DongAndy FilipovicAnja MaierAnna RönnbäckAnna KarlssonAntony RobothamArindam BrahmaArlindo SilvaÅsa EricsonAudrey AbiAxel NordinAykut CoskunBahar ŞenerBarbara CurtoBen HicksBenjamin SchleichCamille JeanCarlos García-GarcíaCarolyn SeepersadCarsten StechertCaterina RizziChrister ElverumChristian KöhlerChristopher MccombChristopher McmahonCiarán O'reillyClaudio FaviClement FortinColin BurvillCrispin HalesHales GoochDamien MotteDaniel GuzzoDaniel RothDavid InkermannDavid WynnDeborah ThurstonDominique MilletDorian MarjanovicEduardo Ahumada-TelloEhud KrollElena MuletErik SundinEster MussariEswaran SubrahmanianEun SuhFang WanFederica CappellettiFederico MorosiFilippo ChiarelloFilippo SalustriGabriela GoldschmidtGeorg HackenbergGeorge MooreGeorge TorrensGeorge StilwellGeorges FadelGeorgi GeorgievGiandomenico CarusoGiovanni MoroniGlenn JohanssonGordon KraussGraziana BlandinoGualtiero FantoniGuillaume LaméHarrison KimHernan CasakinHideyoshi YanagisawaHitoshi KomotoIgnacio López-ForniésIvo DewitJakob TrauerJames AhKat TanJanaina MascarenhasJason Matthews

front coverdesign

“Deep Reinforcement Learning for Engineering Design Through Topology Optimization of Elementally Discretized Design Domains”. Materials & Design (2022)

Nathan K. BrownAnthony P. GarlandGeorges M. FadelGang Li

materials engineeringengineeringmaterials sciencedeep reinforcement learningdesign domainsengineering designtopology optimization

Requirements Trade-Off Considerations in Design Evolution. Proceedings of the Design Society (2022)

G. FadelC. KirschmanD. GorsichN. Masoudi

design evolutionrequirements trade-off considerationsdesign

Solving Three-Dimensional Path Planning Problem Using a Visibility-Based Graphical Representation of the Design Space. Journal of Mechanical Design (2022)

Nafiseh MasoudiGeorges Fadel

visibility-based graphical representationengineeringmechanical engineeringpath planningdesignmechanicsvisualizationdesign space

A New Analytical Approach for Bistable Composites. ASME 2021 Conference on Smart Materials, Adaptive Structures and Intelligent Systems (2021)

Vishrut DeshpandeOliver MyersGeorges FadelSuyi Li

material analysisbistable compositesanalytical chemistrymaterials science

An Optimization Framework for the Design of Cable Harness Layouts in Planar Interconnected Systems. Journal of Mechanical Design (2021)

Nafiseh MasoudiGeorges Fadel

cable harness layoutsmechanism designoptimization frameworkengineeringmechanical engineeringdesign

Applications of Affordance and Cognitive Ergonomics in Virtual Design: A Digital Camera as an Illustrative Case. Concurrent Engineering (2021)

Mo ChenGeorges FadelIvan Mata

concurrent engineeringsystems engineeringengineeringcognitive ergonomicsinteraction designdesignvirtual designdigital camera

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Georges Fadel

Research Professor

Clemson University

Affiliations

Clemson Home College of Engineering, Computing and Applied Sciences

Mechanical Engineering

Georges Fadel is currently serving as a Clemson Home College Of Engineering, Computing And Applied Sciences Research 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

Georges Fadel

Clemson University

Research Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Deep Reinforcement Learning for the Design of Mechanical Metamaterials With Customizable Nonlinear Deformation Responses. (2023)

Nathan BrownAnthony GarlandGeorges FadelGang Li

mechanical metamaterialsreinforcement learningdeep reinforcement learningmechanical engineering

Deep Reinforcement Learning for the Design of Mechanical Metamaterials With Tunable Deformation and Hysteretic Characteristics. Materials & Design (2023)

Nathan K. BrownAmit DeshpandeAnthony GarlandSai Aditya PradeepGeorges FadelSrikanth PillaGang Li

materials engineeringmechanical metamaterialsmechanical engineeringdeep reinforcement learningdesigntunable deformationhysteretic characteristicsmaterials science

Deep Reinforcement Learning for the Rapid On-Demand Design of Mechanical Metamaterials With Targeted Nonlinear Deformation Responses. Engineering Applications of Artificial Intelligence (2023)

Nathan K. BrownAnthony P. GarlandGeorges M. FadelGang Li

artificial intelligencemechanical metamaterialsengineeringmechanical engineeringdeep reinforcement learningrapid on-demand designmaterials science

Front Cover and Toc. Proceedings of the Design Society (2023)

front coverdesign

“Deep Reinforcement Learning for Engineering Design Through Topology Optimization of Elementally Discretized Design Domains”. Materials & Design (2022)

Nathan K. BrownAnthony P. GarlandGeorges M. FadelGang Li

materials engineeringengineeringmaterials sciencedeep reinforcement learningdesign domainsengineering designtopology optimization

Requirements Trade-Off Considerations in Design Evolution. Proceedings of the Design Society (2022)

G. FadelC. KirschmanD. GorsichN. Masoudi

design evolutionrequirements trade-off considerationsdesign

Solving Three-Dimensional Path Planning Problem Using a Visibility-Based Graphical Representation of the Design Space. Journal of Mechanical Design (2022)

Nafiseh MasoudiGeorges Fadel

visibility-based graphical representationengineeringmechanical engineeringpath planningdesignmechanicsvisualizationdesign space

A New Analytical Approach for Bistable Composites. ASME 2021 Conference on Smart Materials, Adaptive Structures and Intelligent Systems (2021)

Vishrut DeshpandeOliver MyersGeorges FadelSuyi Li

material analysisbistable compositesanalytical chemistrymaterials science

An Optimization Framework for the Design of Cable Harness Layouts in Planar Interconnected Systems. Journal of Mechanical Design (2021)

Nafiseh MasoudiGeorges Fadel

cable harness layoutsmechanism designoptimization frameworkengineeringmechanical engineeringdesign

Applications of Affordance and Cognitive Ergonomics in Virtual Design: A Digital Camera as an Illustrative Case. Concurrent Engineering (2021)

Mo ChenGeorges FadelIvan Mata

concurrent engineeringsystems engineeringengineeringcognitive ergonomicsinteraction designdesignvirtual designdigital camera

1
2
3
4
5
20
10 / page

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Similar Faculty Members

Joshua D. Summers

Institution

Clemson University

engineering

design

Marcelo Dapino

Institution

Ohio State University

design

3d printing

Mary Frecker

Institution

Pennsylvania State University

multifunctional materials

engineering optimization

Joshua Summers

Institution

University of Texas at Dallas

design

knowledge management

Levent Burak Kara

Institution

Carnegie Mellon University

computational engineering

advanced manufacturing

Kenji Shimada

Institution

Carnegie Mellon University

rapid prototyping

advanced manufacturing

Carolyn Seepersad

Institution

Georgia Institute of Technology

design

architected materials

Seung-Kyum Choi

Institution

Georgia Institute of Technology

engineering optimization

design

James Guest

Institution

Johns Hopkins University

engineering

topology optimization

Yan Wang

Institution

Georgia Institute of Technology

engineering optimization

computer-aided engineering