Faculty

Institution

Unit

Venue

Edward L. Wilson

Professor Emeritus

University of California, Berkeley

Edward L. Wilson is currently serving as a Professor Emeritus at University of California, Berkeley.

Honors

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Experiences

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Education

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Edward L. Wilson

University of California, Berkeley

Professor Emeritus

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engineering applied mathematics mechanical engineering structural engineering systems engineering numerical analysis structural analysis numerical simulations structural mechanics finite element methods earthquake engineering structural optimization nonlinear analysis computational mechanics solid mechanics computational engineering structural safety numerical method for partial differential equation numerical computation structural design deformation mathematical optimization scientific computing dynamic analysis seismic analysis shell theory metals tribology computational optimization nonlinear dynamics numerical mathematics matrix analysis engineering structures spectral theory earthquake spectrum nuclear engineering mechanical behavior structural dynamics mechanical modeling ritz vectors large eigenvalue problems thermal engineering numerical algorithms numerical stability building performance seismic waves structural integrity foundation engineering multiscale analysis finite element analysis complex structures nonlinear dynamic analysis direct superposition large structural systems mode superposition analysis non-proportional damping large systems direct solution local non-linearities numerical methods shape analysis surface reactivity intrinsic impurity fragmentation effect surface tension rebound effect static optimization spectral analysis dynamic optimization dynamical analysis stressstrain analysis mechanical deformation applied mathematical modelling finite element formulations non-conforming element stress analysis

Notable Scholarly Works

Notable Federal Grants

Collaborators

The History of Earthquake Engineering at the University of California at Berkeley and Recent Developments of Numerical Methods and Computer Programs at Csi Berkeley. Springer eBooks (2007)

E.L. Wilson

seismic analysiscomputer programsearthquake engineeringnumerical simulationsnumerical methodscsi berkeleyengineering

A Clarification of the Orthogonal Effects in a Three-Dimensional Seismic Analysis. Earthquake Spectra (1995)

Edward L. WilsonIqbal SuharwardyAshraf Habibullah

seismic analysisthree-dimensional seismic analysisseismologygeophysical researchearthquake spectrumearth scienceorthogonal effects

Automation of the Finite Element Method—a Personal Historical View. Finite Elements in Analysis and Design (1993)

Edward L. Wilson

numerical analysisfinite element methodsnumerical simulationspersonal historical viewengineering optimizationfinite element method in structural mechanicsnumerical mathematicsnumerical algorithmsmechanical engineeringcomputational engineeringcomputational mechanicscomputational sciencemechanical modelingapplied mathematicsnumerical method for partial differential equationsystems engineeringstructural analysisnumerical computationdesign automation

Closure to “ Simplified Building Analysis With Sequential Dead Loads—Cfm ” by Chang‐Koon Choi, Hye‐Kyo Chung, Dong‐Guen Lee, and E. L. Wilson (April, 1992, Vol. 118, No. 4). Journal of Structural Engineering (1993)

Chang‐Koon ChoiHye‐Kyo ChungDong‐Guen LeeE. L. Wilson

architecturebuilding maintenancestructural engineeringsequential dead loadscivil engineeringnumerical simulationsbuilding engineeringengineering

Efficient Solution Procedures for Systems With Local Non‐Linearities. Engineering Computations (1992)

ADNAN IBRAHIMBEGOVI&CacuteEDWARD L. WILSON

numerical analysisnonlinear systemscontrol optimizationnonlinear optimizationcontrol systemsmathematical optimizationnonlinear dynamicsscientific computingnonlinear processnonlinear system identificationnonlinear analysisnumerical method for partial differential equationsystems engineeringengineeringlocal non-linearitiessystems biologyefficient solution proceduresdynamical systemsnonlinear control

Unified Computational Model for Static and Dynamic Frictional Contact Analysis. International Journal for Numerical Methods in Engineering (1992)

Adnan IbrahimbegovicEdward L. Wilson

frictionnumerical analysisfinite element methodsnumerical simulationscontact mechanicscomputational modelsmechanical engineeringcomputational engineeringcomputational mechanicstribologynonlinear analysisunified computational modelsystems engineeringmechanicssolid mechanicscomputational fluid dynamicsfriction controlnumerical computationengineering

A Modified Method of Incompatible Modes. Communications in Applied Numerical Methods (1991)

Adnan IbrahimbegovicE. L. Wilson

modified methodcommunicationnumerical analysisincompatible modeselectrical engineeringapplied mathematics

A Unified Formulation for Triangular and Quadrilateral Flat Shell Finite Elements With Six Nodal Degrees of Freedom. Communications in Applied Numerical Methods (1991)

Adnan IbrahimbegovicEdward L. Wilson

communicationnumerical analysisshell theoryfinite element methodsunified formulationapplied mathematics

Thick Shell and Solid Finite Elements With Independent Rotation Fields. International Journal for Numerical Methods in Engineering (1991)

Adnan IbrahimbegovicEdward L. Wilson

numerical analysisindependent rotation fieldsfinite element methodsnumerical simulationsmetalsthick shellsolid finite elementsfinite element method in structural mechanicsapplied physicsnumerical mathematicsmechanical engineeringdeformationstructural optimizationstructural integrityprecision engineeringmechanics of materialsnumerical method for partial differential equationnumerical stabilityshell theorysolid mechanicsengineering

WAVES: An Efficient Microcomputer Program for Site Response Analysis. Computer-Aided Civil and Infrastructure Engineering (1991)

James D. HartEdward L. Wilson

construction engineeringsystems engineeringstructural engineeringcomputer-aided designcomputer-aided engineeringsite response analysisinfrastructure engineeringcivil engineeringengineering

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Edward L. Wilson

Professor Emeritus

University of California, Berkeley

Edward L. Wilson is currently serving as a Professor Emeritus at University of California, Berkeley.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Edward L. Wilson

University of California, Berkeley

Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

The History of Earthquake Engineering at the University of California at Berkeley and Recent Developments of Numerical Methods and Computer Programs at Csi Berkeley. Springer eBooks (2007)

E.L. Wilson

seismic analysiscomputer programsearthquake engineeringnumerical simulationsnumerical methodscsi berkeleyengineering

A Clarification of the Orthogonal Effects in a Three-Dimensional Seismic Analysis. Earthquake Spectra (1995)

Edward L. WilsonIqbal SuharwardyAshraf Habibullah

seismic analysisthree-dimensional seismic analysisseismologygeophysical researchearthquake spectrumearth scienceorthogonal effects

Automation of the Finite Element Method—a Personal Historical View. Finite Elements in Analysis and Design (1993)

Edward L. Wilson

Chang‐Koon ChoiHye‐Kyo ChungDong‐Guen LeeE. L. Wilson

architecturebuilding maintenancestructural engineeringsequential dead loadscivil engineeringnumerical simulationsbuilding engineeringengineering

Efficient Solution Procedures for Systems With Local Non‐Linearities. Engineering Computations (1992)

ADNAN IBRAHIMBEGOVI&CacuteEDWARD L. WILSON

Unified Computational Model for Static and Dynamic Frictional Contact Analysis. International Journal for Numerical Methods in Engineering (1992)

Adnan IbrahimbegovicEdward L. Wilson

A Modified Method of Incompatible Modes. Communications in Applied Numerical Methods (1991)

Adnan IbrahimbegovicE. L. Wilson

modified methodcommunicationnumerical analysisincompatible modeselectrical engineeringapplied mathematics

A Unified Formulation for Triangular and Quadrilateral Flat Shell Finite Elements With Six Nodal Degrees of Freedom. Communications in Applied Numerical Methods (1991)

Adnan IbrahimbegovicEdward L. Wilson

communicationnumerical analysisshell theoryfinite element methodsunified formulationapplied mathematics

Thick Shell and Solid Finite Elements With Independent Rotation Fields. International Journal for Numerical Methods in Engineering (1991)

Adnan IbrahimbegovicEdward L. Wilson

WAVES: An Efficient Microcomputer Program for Site Response Analysis. Computer-Aided Civil and Infrastructure Engineering (1991)

James D. HartEdward L. Wilson

construction engineeringsystems engineeringstructural engineeringcomputer-aided designcomputer-aided engineeringsite response analysisinfrastructure engineeringcivil engineeringengineering

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Similar Faculty Members

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Institution

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structural vibration

structural safety

Carlos Armando Duarte

Institution

University of Illinois Urbana-Champaign

engineering

nonlinear analysis

Y.L Mo

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earthquake engineering

bridge engineering

Theodor Krauthammer

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smart material systems

structural identification

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mechanical engineering

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Joel Conte

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earthquake engineering

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