Faculty

Institution

Unit

Venue

Rajendra Singh

Emeritus Faculty Emeritus

Ohio State University

Affiliations

College of Engineering

Mechanical and Aerospace Engineering

Rajendra Singh is currently serving as a College Of Engineering Emeritus Faculty Emeritus at Ohio State University.

Honors

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Experiences

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Education

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Rajendra Singh

Ohio State University

Emeritus Faculty Emeritus

You can click a keyword to filter the displayed items

mechanical engineering engineering vibrations acoustical engineering vibration control mechanics systems engineering applied physics mechanical systems numerical simulations engineering acoustic automotive engineering sound friction dynamical systems automatic control physical acoustics nonlinear dynamics mechanical modeling structural mechanics active control modal analysis instrumentation signal processing nonlinear analysis tribology structural vibrations hydraulics engineering noise control hearing research nonlinear phenomena nonlinear vibrations noise control vibration isolation acoustic modeling vehicle system dynamics vehicular technology nonlinear oscillations vibration transmission structural control bioacoustics vehicle dynamics nonlinear vibration control active vibration control mechanical behavior mechanical performance engine research thermal engineering mechanical science torsional system random vibrations experimental analysis vehicle technology frequency response hydraulic engine mount frequency control equipment design structural dynamics structural analysis parameter identification sliding wear friction control nonlinear system identification experimental study transient response nonlinear resonance analytical methods discrete vibratory systems experimental characterization parameter uncertainties normal load sound radiation spur gear pair clearance non-linearities geared system reverse path

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Effect of Disk-To-Disk Variations on the Nonlinear Static Characteristics and Stability Regimes of Coned Disk Spring Stacks: Experimental and Computational Studies of Quasi-Zero-Stiffness Isolators. Mechanical Systems and Signal Processing (2024)

Paul GilmoreUmesh GandhiRajendra Singh

numerical simulationsnonlinear oscillationsmechanical engineeringdeformationmechanical modelingcomputational mechanicsdisk-to-disk variationsfrictionnonlinear elasticitynonlinear sciencenonlinear static characteristicscomputational studiesmechanical systemsnonlinear analysisnonlinear mechanical systemmechanical performanceengineeringsolid mechanicssystems engineeringprecision engineeringstability regimesmechanics of materialsquasi-zero-stiffness isolators

Engineering Considerations for the Development of Disk Spring Stacks for Vibration Isolation. Noise Control Engineering Journal (2024)

Paul GilmoreUmesh GandhiRajendra Singh

engineering considerationsengineeringnoise controlengineering noise controlvibration isolationdisk spring stacks

Designing Quasi-Zero Stiffness Vibration Isolators Using Coned Disc Spring Stacks With Nonlinear Stochastic Properties: Experimental and Computational Approaches. (2023)

Paul GilmoreUmesh GandhiAhmad ShaikhRajendra Singh

numerical simulationsnonlinear vibrationsengineeringvibration controlvibrationsmechanical engineeringstructural vibrationsvibration isolationnonlinear vibration controlnonlinear stochastic propertiesdisc spring stacks

Assessment of Point and Line Contact Stiffness Formulations Leading to the Initiation of Hammering Type Brake Squeal. Noise Control Engineering Journal (2021)

Osman Taha SenRajendra Singh

materials scienceacoustical engineeringengineeringnoise controlengineering noise controlmechanical engineeringmechanics

Dynamics of a Simplified Nonlinear Model Offering Insights Into the Hammering Type Brake Squeal Initiation Process. Noise Control Engineering Journal (2021)

Osman Taha SenRajendra Singh

acoustical engineeringsimplified nonlinear modelengineeringnoise controlengineering noise controlmechanical engineeringsystems engineeringmechanics

Effect of Fractionally Damped Compliance Elements on Amplitude Sensitive Dynamic Stiffness Predictions of a Hydraulic Bushing. Mechanical Systems and Signal Processing (2018)

Luke FredetteRajendra Singh

numerical simulationsmechanical behaviorfluid dynamicsmechanical engineeringdeformationtribologymechanical modelinghydraulicsfrictionvibration controlvibrationsmechanical systemscompliance elementsmechanical performancemechanical testingengineeringmodal analysissystems engineeringhydraulic bushingprecision engineering

Explanation for Variability in Lower Frequency Structure-Borne Noise and Vibration: Roles of Rear Subframe Dynamics and Right-Left Spindle Phasing. SAE International journal of vehicle dynamics, stability, and NVH (2018)

Revathi RengarajanScott NollRajendra Singh

vibrationsright-left spindle phasingrear subframe dynamicsmechanical engineering

Identification of Multi-Dimensional Elastic and Dissipative Properties of Elastomeric Vibration Isolators. Mechanical Systems and Signal Processing (2018)

Ram S. RameshLuke FredetteRajendra Singh

vibrationsmechanical engineeringsignal processingmechanical modelingelastomeric vibration isolatorsmechanical systemsdissipative properties

Nonlinear Fluid Damping Models for Hydraulic Bushing Under Sinusoidal or Transient Excitation. Proceedings of the Institution of Mechanical Engineers Part D Journal of Automobile Engineering (2018)

Luke FredetteSiddharth RathRajendra Singh

engineeringtransient excitationfluid dynamicsmechanical engineeringautomotive engineeringnonlinear fluid

Analytical and Experimental Characterization of Nonlinear Coned Disk Springs With Focus on Edge Friction Contribution to Force-Deflection Hysteresis. Mechanical Systems and Signal Processing (2017)

Nicholas P. MastricolaJason T. DreyerRajendra Singh

materials sciencedisk springsmechanical sciencefragmentation effecthysteresisexperimental characterizationexperimental analysismechanical engineeringsignal processingmechanical systemsapplied physicsthermal engineeringforce-deflection hysteresismechanics

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Rajendra Singh

Emeritus Faculty Emeritus

Ohio State University

Affiliations

College of Engineering

Mechanical and Aerospace Engineering

Rajendra Singh is currently serving as a College Of Engineering Emeritus Faculty Emeritus at Ohio State 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

Rajendra Singh

Ohio State University

Emeritus Faculty Emeritus

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Paul GilmoreUmesh GandhiRajendra Singh

Engineering Considerations for the Development of Disk Spring Stacks for Vibration Isolation. Noise Control Engineering Journal (2024)

Paul GilmoreUmesh GandhiRajendra Singh

engineering considerationsengineeringnoise controlengineering noise controlvibration isolationdisk spring stacks

Designing Quasi-Zero Stiffness Vibration Isolators Using Coned Disc Spring Stacks With Nonlinear Stochastic Properties: Experimental and Computational Approaches. (2023)

Paul GilmoreUmesh GandhiAhmad ShaikhRajendra Singh

Assessment of Point and Line Contact Stiffness Formulations Leading to the Initiation of Hammering Type Brake Squeal. Noise Control Engineering Journal (2021)

Osman Taha SenRajendra Singh

materials scienceacoustical engineeringengineeringnoise controlengineering noise controlmechanical engineeringmechanics

Dynamics of a Simplified Nonlinear Model Offering Insights Into the Hammering Type Brake Squeal Initiation Process. Noise Control Engineering Journal (2021)

Osman Taha SenRajendra Singh

acoustical engineeringsimplified nonlinear modelengineeringnoise controlengineering noise controlmechanical engineeringsystems engineeringmechanics

Effect of Fractionally Damped Compliance Elements on Amplitude Sensitive Dynamic Stiffness Predictions of a Hydraulic Bushing. Mechanical Systems and Signal Processing (2018)

Luke FredetteRajendra Singh

Revathi RengarajanScott NollRajendra Singh

vibrationsright-left spindle phasingrear subframe dynamicsmechanical engineering

Identification of Multi-Dimensional Elastic and Dissipative Properties of Elastomeric Vibration Isolators. Mechanical Systems and Signal Processing (2018)

Ram S. RameshLuke FredetteRajendra Singh

vibrationsmechanical engineeringsignal processingmechanical modelingelastomeric vibration isolatorsmechanical systemsdissipative properties

Nonlinear Fluid Damping Models for Hydraulic Bushing Under Sinusoidal or Transient Excitation. Proceedings of the Institution of Mechanical Engineers Part D Journal of Automobile Engineering (2018)

Luke FredetteSiddharth RathRajendra Singh

engineeringtransient excitationfluid dynamicsmechanical engineeringautomotive engineeringnonlinear fluid

Analytical and Experimental Characterization of Nonlinear Coned Disk Springs With Focus on Edge Friction Contribution to Force-Deflection Hysteresis. Mechanical Systems and Signal Processing (2017)

Nicholas P. MastricolaJason T. DreyerRajendra Singh

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Similar Faculty Members

Balakumar Balachandran

Institution

University of Maryland, College Park

mechanical engineering

applied physics

Jonathan Wickert

Institution

Iowa State University

applied artificial intelligence

intelligent computing

Chin-An Tan

Institution

Wayne State University

mechanical engineering

engineering

Ronald N. Miles

Institution

Binghamton University

random vibration

microacoustic sensors

Alok Sinha

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multifunctional materials

mechatronics

David B. Bogy

Institution

University of California, Berkeley

applied physics

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Mohammad Younis

Institution

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nano electro mechanical system

nonlinear phenomena

Weidong Zhu

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University of Maryland, Baltimore County

engineering

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Tribikram Kundu

Institution

University of Arizona

acoustic microscopy

engineering

Mehdi Ahmadian

Institution

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mechanical systems

industrial engineering