Faculty

Institution

Unit

Venue

Melih Eriten

Associate Professor

University of Wisconsin–Madison

Affiliations

College of Engineering

Materials Science & Engineering

Mechanical Engineering

Melih Eriten is currently serving as a College Of Engineering Associate Professor at University of Wisconsin–Madison.

Honors

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Experiences

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Education

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Melih Eriten

University of Wisconsin–Madison

Associate Professor

You can click a keyword to filter the displayed items

mechanical engineering tribology engineering materials science mechanics mechanical science mechanics of materials applied mathematics nonlinear analysis nonlinear systems friction biomechanics cartilage nonlinear system identification orthopedic biomechanics nonlinear vibrations mechanical systems nonlinear dynamics structural mechanics nonlinear mechanical system solid mechanics nonlinear phenomena mechanical behavior biomechanical engineering nonlinear science bone research vibration control contact mechanics modal analysis manufacturing technology fretting wear acoustical engineering spherical contacts additive manufacturing manufacturing science mechanical modeling laser processing technology manufacturing engineering engineering acoustic frictional energy dissipation composite science orthopaedic research wear resistance mechanical deformation tribological property durability performance nonlinear resonance surface processing system identification bioacoustics energy dissipation avian biology wavelet theory waveform analysis friction control cell biomechanics structural identification dental biomechanics mechanical joints tangential stiffness reduced-order fretting models physics-based fretting models high-frequency loading dog dentin indenter-foam dampers surface finish surface modeling triage elasticity (physics) hydrodynamic lubrication flat rough surfaces joint connection frictional effects wear-induced microstructural evolution normal contact asperity interaction multiscale mechanic mechanical testing material nonlinearities

Notable Scholarly Works

Notable Federal Grants

Collaborators

Articular Cartilage Fatigue Causes Frequency-Dependent Softening and Crack Extension. Journal of the mechanical behavior of biomedical materials/Journal of mechanical behavior of biomedical materials (2024)

Dipul ChawlaAlexandria K ThaoMelih EritenCorinne R Henak

frequency-dependent softeningbiomedical engineeringarticular cartilagemechanical behaviorcrack extensionbiomechanics

Cartilage Fatigue Damage is Frequency-Dependent. (2024)

Dipul ChawlaAlexandria K. ThaoMelih EritenCorinne Reid Henak

dermatologyregenerative medicinecartilageorthopedic surgeryorthopaedic surgerycartilage fatigue damage

Influence of Applied Stress on Energy Dissipation and Crack Growth in Articular Cartilage. arXiv (Cornell University) (2024)

Chawla, DipulKazyak, EricEriten, MelihHenak, Corinne R.

applied stressenergy dissipationbiomedical engineeringarticular cartilagecrack growth

Poroviscoelastic Relaxations and Rate-Dependent Adhesion in Gelatin. Soft Matter (2024)

Wonhyeok LeeMelih Eriten

materials sciencebiophysicsporoviscoelastic relaxationsbiomedical engineeringsoft mattertissue engineeringrate-dependent adhesionpolymer sciencebiomechanicsmechanics of materials

Characterization of Drying-Induced Changes in Moduli and Internal Stresses in a Constrained Gel Using Laser Vibrometry. Soft Matter (2023)

Karthik YerrapragadaHaocheng YangWonhyeok LeeMelih Eriten

materials sciencelaser vibrometrymechanical engineeringdrying-induced changessoft matterconstrained gelinternal stressescondensed matterwettingapplied physics

Correlation of Mineral Density and Elastic Modulus of Dog Dentin Using μ-Ct and Nanoindentation. Journal of Biomechanics (2023)

Jason W. SoukupJustin JefferySienna R. DrizinScott J. HetzelDonald S. StoneMelih EritenHeidi-Lynn PloegCorinne R. Henak

materials sciencemeat sciencebiomedical engineeringmechanicsorthopedic biomechanicsdog dentinmechanical sciencemineral densityelastic modulusdental biomechanicsapplied physicsbiomechanicsbone researchnanotechnologymechanics of materials

Numerical Investigation of Presliding in Viscoplastic Spherical Contacts. Journal of Applied Mechanics (2023)

Uraching ChowdhuryMelih Eriten

mechanicsnumerical investigationviscoplastic spherical contactsapplied mathematicsapplied physicsengineering

Real Area of Contact and Tractions on the Patterned Surfaces Generated by Spinodal Decomposition and Amplified Instability. Frontiers in Mechanical Engineering (2023)

Wonhyeok LeeMelih Eriten

surface sciencemechanical engineeringsurface engineeringreal areaspinodal decompositionamplified instabilityengineeringpatterned surfaces

Characterization of Visco-Hyperelastic Behavior of Open Cell Polyurethane Foam Through Transient Shear Testing. International Journal of Solids and Structures (2022)

Jon Dewitt E. DalisayLejie LiuMelih EritenLawrence A. BergmanAlexander F. Vakakis

materials sciencefoamsmechanical propertiesmechanical engineeringpolymer testingmechanicsviscoplastic fluidpolymer compositestransient shear testingrheological propertiesrheologyrheological constitutive equationvisco-hyperelastic behaviormechanics of materialsrheological measurementsmechanical sciencemechanical testingengineering

Contact Nonlinearity in Indenter–Foam Dampers. Journal of vibration and acoustics (2022)

Lejie LiuKarthik YerrapragadaCorinne R. HenakMelih Eriten

engineering acousticvibrationsacoustical engineeringindenter-foam dampersapplied physicscontact nonlinearityphysical acoustics

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Melih Eriten

Associate Professor

University of Wisconsin–Madison

Affiliations

College of Engineering

Materials Science & Engineering

Mechanical Engineering

Melih Eriten is currently serving as a College Of Engineering Associate Professor at University of Wisconsin–Madison.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Melih Eriten

University of Wisconsin–Madison

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Dipul ChawlaAlexandria K ThaoMelih EritenCorinne R Henak

frequency-dependent softeningbiomedical engineeringarticular cartilagemechanical behaviorcrack extensionbiomechanics

Cartilage Fatigue Damage is Frequency-Dependent. (2024)

Dipul ChawlaAlexandria K. ThaoMelih EritenCorinne Reid Henak

dermatologyregenerative medicinecartilageorthopedic surgeryorthopaedic surgerycartilage fatigue damage

Influence of Applied Stress on Energy Dissipation and Crack Growth in Articular Cartilage. arXiv (Cornell University) (2024)

Chawla, DipulKazyak, EricEriten, MelihHenak, Corinne R.

applied stressenergy dissipationbiomedical engineeringarticular cartilagecrack growth

Poroviscoelastic Relaxations and Rate-Dependent Adhesion in Gelatin. Soft Matter (2024)

Wonhyeok LeeMelih Eriten

materials sciencebiophysicsporoviscoelastic relaxationsbiomedical engineeringsoft mattertissue engineeringrate-dependent adhesionpolymer sciencebiomechanicsmechanics of materials

Characterization of Drying-Induced Changes in Moduli and Internal Stresses in a Constrained Gel Using Laser Vibrometry. Soft Matter (2023)

Karthik YerrapragadaHaocheng YangWonhyeok LeeMelih Eriten

materials sciencelaser vibrometrymechanical engineeringdrying-induced changessoft matterconstrained gelinternal stressescondensed matterwettingapplied physics

Correlation of Mineral Density and Elastic Modulus of Dog Dentin Using μ-Ct and Nanoindentation. Journal of Biomechanics (2023)

Jason W. SoukupJustin JefferySienna R. DrizinScott J. HetzelDonald S. StoneMelih EritenHeidi-Lynn PloegCorinne R. Henak

Numerical Investigation of Presliding in Viscoplastic Spherical Contacts. Journal of Applied Mechanics (2023)

Uraching ChowdhuryMelih Eriten

mechanicsnumerical investigationviscoplastic spherical contactsapplied mathematicsapplied physicsengineering

Real Area of Contact and Tractions on the Patterned Surfaces Generated by Spinodal Decomposition and Amplified Instability. Frontiers in Mechanical Engineering (2023)

Wonhyeok LeeMelih Eriten

surface sciencemechanical engineeringsurface engineeringreal areaspinodal decompositionamplified instabilityengineeringpatterned surfaces

Characterization of Visco-Hyperelastic Behavior of Open Cell Polyurethane Foam Through Transient Shear Testing. International Journal of Solids and Structures (2022)

Jon Dewitt E. DalisayLejie LiuMelih EritenLawrence A. BergmanAlexander F. Vakakis

Contact Nonlinearity in Indenter–Foam Dampers. Journal of vibration and acoustics (2022)

Lejie LiuKarthik YerrapragadaCorinne R. HenakMelih Eriten

engineering acousticvibrationsacoustical engineeringindenter-foam dampersapplied physicscontact nonlinearityphysical acoustics

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5
8
10 / page

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Similar Faculty Members

Thomas Siegmund

Institution

Purdue University

advanced manufacturing

manufacturing

Joseph Turner

Institution

University of Nebraska–Lincoln

afm beam dynamics

mechanical testing

Alan Wineman

Institution

University of Michigan

mechanical engineering

mechanics of materials

Oliver M. O'Reilly

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University of California, Berkeley

mechanical engineering

applied physics

James Barber

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mechanical engineering

mechanics of materials

David Dillard

Institution

Virginia Tech

mechanical behavior

mechanical engineering

Matt Allen

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system dynamic

structural dynamic

Rajendra Singh

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mechanical engineering

machine dynamics

George M. Pharr

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Texas A&M University

materials science

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Robert Jackson

Institution

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hydrodynamic lubrication

macro scale contact