Faculty

Institution

Unit

Venue

David Chelidze

Professor

University of Rhode Island

Affiliations

College of Engineering

Department of Mechanical, Industrial and Systems Engineering

International Engineering

David Chelidze is currently serving as a College Of Engineering Professor at University of Rhode Island.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

David Chelidze

University of Rhode Island

Professor

You can click a keyword to filter the displayed items

mechanical engineering engineering applied physics applied mathematics vibrations mechanics biomechanics signal processing dynamical systems acoustical engineering machine learning nonlinear analysis phase space warping mechanical systems vibration control fatigue management fluid dynamics mechanical science damage evolution smooth orthogonal decomposition engineering acoustic condition monitoring optical engineering noise reduction damage mechanism damage identification reliability engineering physical acoustics modal analysis robust optimization robust control motion analysis tracking systems hit identification experimental mechanics deformation reconstruction hierarchical dynamical system nearest neighbors failure prognosis flexible cylinders movement kinematics engineering science spectral theory thermal engineering fibers tribology friction metals bone research active control marine engineering ocean engineering automatic control vertical application system identification spectral analysis parameter identification system reliability failure prediction structural analysis object tracking chaos theory mechanical modeling observer design mechanical deformation orthopedic biomechanics benchmark studies tool wear vibration mode identification experimental application model-based validation physical interpretation nonlinear time-series analysis multidimensional damage slow-time dynamics fast-time measurements biological systems structural health monitoring structural safety

Notable Scholarly Works

Notable Federal Grants

Collaborators

Characteristic Value Decomposition: A Unifying Paradigm for Data-Driven Modal Analysis. Mechanical Systems and Signal Processing (2024)

He-Wen-Xuan LiDalton L. SteinDavid Chelidze

data-driven modal analysischaracteristic value decompositionmodal analysisdata scienceunifying paradigmmachine learning

Continuation of Nonlinear Normal Modes Using Reduced-Order Models Based on Generalized Characteristic Value Decomposition. Nonlinear Dynamics (2024)

Dalton L. SteinDavid Chelidze

reduced-order modelsnonlinear normal modescharacteristic value decomposition

Irrational Nonlinearity Enhances the Targeted Energy Transfer in a Rotary Nonlinear Energy Sink. Journal of Computational and Nonlinear Dynamics (2024)

Collin TreacyDalton SteinDavid Chelidze

targeted energy transferirrational nonlinearityapplied mathematics

Multifaceted Vibration Absorption of a Rotating Magnetic Nonlinear Energy Sink. Mechanical Systems and Signal Processing (2024)

Collin TreacyDalton SteinDavid Chelidze

systems engineeringnonlinear vibration controlmechanical systemsmechanical engineeringmechanical behaviornonlinear dynamicsvibration absorptionnonlinear systemsvibrationsnonlinear phenomenanonlinear vibrationsvibration controlnonlinear mechanical systemsignal processingabsorptionengineering

Multifaceted Vibration Absorption of a Rotating Magnetic Nonlinear Energy Sink --- Part I: Numerical and Theoretical Studymultifaceted Vibration Absorption of a Rotating Magnetic Nonlinear Energy Sink --- Part II: Experimental Validation. (2024)

Collin TreacyDalton SteinDavid Chelidze

part iinonlinear systemsmagnetismexperimental validationnonlinear vibration controlnonlinear sciencenonlinear mechanical systemabsorptionnonlinear dynamicsmechanical engineeringnonlinear vibrationsvibrationsnonlinear analysissystems engineeringmagnetohydrodynamicsvibration absorptionnonlinear phenomenamagnetic propertiesvibration controlelectrical engineering

Geometry-Informed Phase Space Warping for Reliable Fatigue Damage Monitoring. Structural Health Monitoring (2023)

He-Wen-Xuan LiDavid Chelidze

mechanical engineeringgeometry-informed phase spacestructural health monitoringcondition monitoringfatigue management

Smooth Mode Decomposition: Theory and Its Applications in Full-Field Output-Only Modal Analysis. Mechanical Systems and Signal Processing (2023)

He-Wen-Xuan LiPiyush WanchooArun ShuklaDavid Chelidze

mechanical systemsmechanical engineeringmodal analysissignal processingapplied physicsmechanical scienceapplied mathematicssmooth mode decomposition

Experimental Monitoring and Modeling of Fatigue Damage for 3D-Printed Polymeric Beams Under Irregular Loading. International Journal of Mechanical Sciences (2022)

He-Wen-Xuan LiGideon LyngdohSami DonerRui YuanDavid Chelidze

materials sciencestructural engineeringmechanical engineeringmechanicsexperimental monitoringfatigue damagestructural mechanicsmechanical modelingirregular loading3d printingmechanical scienceengineering

Subband Decomposition Based Output-Only Modal Analysis. Journal of vibration and acoustics (2022)

Dalton L. SteinHe-Wen-Xuan LiDavid Chelidze

subband decompositioninstrumentationacoustic signal processingengineering acousticphysical acousticsvibrationsdigital signal processingacoustical engineeringaudio signal processingvibration controlelectrical engineeringsignal processingapplied physicsengineering

Fatigue Life Estimation of Structures Under Statistically and Spectrally Similar Variable Amplitude Loading. Mechanical Systems and Signal Processing (2021)

He-Wen-Xuan LiDavid Chelidze

mechanical systemsmechanical engineeringstructural analysissurvival analysisfatigue life estimationstatisticssignal processingmechanical scienceengineering

1
2
3
4
5
9
10 / page

David Chelidze

Professor

University of Rhode Island

Affiliations

College of Engineering

Department of Mechanical, Industrial and Systems Engineering

International Engineering

David Chelidze is currently serving as a College Of Engineering Professor at University of Rhode Island.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

David Chelidze

University of Rhode Island

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Characteristic Value Decomposition: A Unifying Paradigm for Data-Driven Modal Analysis. Mechanical Systems and Signal Processing (2024)

He-Wen-Xuan LiDalton L. SteinDavid Chelidze

data-driven modal analysischaracteristic value decompositionmodal analysisdata scienceunifying paradigmmachine learning

Continuation of Nonlinear Normal Modes Using Reduced-Order Models Based on Generalized Characteristic Value Decomposition. Nonlinear Dynamics (2024)

Dalton L. SteinDavid Chelidze

reduced-order modelsnonlinear normal modescharacteristic value decomposition

Irrational Nonlinearity Enhances the Targeted Energy Transfer in a Rotary Nonlinear Energy Sink. Journal of Computational and Nonlinear Dynamics (2024)

Collin TreacyDalton SteinDavid Chelidze

targeted energy transferirrational nonlinearityapplied mathematics

Multifaceted Vibration Absorption of a Rotating Magnetic Nonlinear Energy Sink. Mechanical Systems and Signal Processing (2024)

Collin TreacyDalton SteinDavid Chelidze

Geometry-Informed Phase Space Warping for Reliable Fatigue Damage Monitoring. Structural Health Monitoring (2023)

He-Wen-Xuan LiDavid Chelidze

mechanical engineeringgeometry-informed phase spacestructural health monitoringcondition monitoringfatigue management

Smooth Mode Decomposition: Theory and Its Applications in Full-Field Output-Only Modal Analysis. Mechanical Systems and Signal Processing (2023)

He-Wen-Xuan LiPiyush WanchooArun ShuklaDavid Chelidze

mechanical systemsmechanical engineeringmodal analysissignal processingapplied physicsmechanical scienceapplied mathematicssmooth mode decomposition

Experimental Monitoring and Modeling of Fatigue Damage for 3D-Printed Polymeric Beams Under Irregular Loading. International Journal of Mechanical Sciences (2022)

He-Wen-Xuan LiGideon LyngdohSami DonerRui YuanDavid Chelidze

Subband Decomposition Based Output-Only Modal Analysis. Journal of vibration and acoustics (2022)

Dalton L. SteinHe-Wen-Xuan LiDavid Chelidze

Fatigue Life Estimation of Structures Under Statistically and Spectrally Similar Variable Amplitude Loading. Mechanical Systems and Signal Processing (2021)

He-Wen-Xuan LiDavid Chelidze

mechanical systemsmechanical engineeringstructural analysissurvival analysisfatigue life estimationstatisticssignal processingmechanical scienceengineering

1
2
3
4
5
9
10 / page

Similar Faculty Members

Jonathan Wickert

Institution

Iowa State University

applied artificial intelligence

intelligent computing

Peter Avitabile

Institution

University of Massachusetts Lowell

engineering

structural dynamic

Pablo Tarazaga

Institution

Texas A&M University

engineering

mechanical engineering

Chin-An Tan

Institution

Wayne State University

mechanical engineering

engineering

Oliver M. O'Reilly

Institution

University of California, Berkeley

mechanical engineering

applied physics

Ronald N. Miles

Institution

Binghamton University

random vibration

microacoustic sensors

Matt Allen

Institution

Brigham Young University

system dynamic

structural dynamic

Mehmet Kurt

Institution

University of Washington

brain biomechanics

biomedical informatics

Christopher Niezrecki

Institution

University of Massachusetts Lowell

acoustic systems

real-time monitoring

Kon-Well Wang

Institution

University of Michigan

mechanical engineering

engineering

Similar Faculty Members

Jonathan Wickert

Institution

Iowa State University

applied artificial intelligence

intelligent computing

Peter Avitabile

Institution

University of Massachusetts Lowell

engineering

structural dynamic

Pablo Tarazaga

Institution

Texas A&M University

engineering

mechanical engineering

Chin-An Tan

Institution

Wayne State University

mechanical engineering

engineering

Oliver M. O'Reilly

Institution

University of California, Berkeley

mechanical engineering

applied physics

Ronald N. Miles

Institution

Binghamton University

random vibration

microacoustic sensors

Matt Allen

Institution

Brigham Young University

system dynamic

structural dynamic

Mehmet Kurt

Institution

University of Washington

brain biomechanics

biomedical informatics

Christopher Niezrecki

Institution

University of Massachusetts Lowell

acoustic systems

real-time monitoring

Kon-Well Wang

Institution

University of Michigan

mechanical engineering

engineering