Faculty

Institution

Unit

Venue

Donald Michael McFarland

ADJ RES PROF

UIUC

Affiliations

The Grainger College of Engineering

Aerospace Engineering

Department of Aerospace Engineering

Donald Michael Mcfarland is currently serving as an Aerospace Engineering ADJ RES PROF at Uiuc.

Honors

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Experiences

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Education

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Donald Michael McFarland

UIUC

ADJ RES PROF

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vibrations engineering vibration control nonlinear systems nonlinear vibrations nonlinear analysis nonlinear phenomena mechanical engineering nonlinear dynamics nonlinear science mechanical systems mechanics applied mathematics dynamical systems wave nonlinearity structural mechanics nonlinear resonance nonlinear vibration control nonlinear oscillations structural control nonlinear mechanical system physics stability mechanical science nonlinear system identification aeroelasticity structural vibrations structural dynamics nonlinear energy sink engineering structures aircraft system identification structural safety active vibration control modal analysis oscillation theory vibration isolation wave propagation nonlinear process empirical mode decomposition nonlinear acoustics passive energy dissipation aerostructure nonlinear attachment precision engineering shock waves aeronautics wave motion physical acoustics targeted energy transfer numerical simulations nonlinear wave propagation mechanical modeling sound propagation experimental study friction seismic analysis limit cycle oscillations structural optimization nonlinear elasticity scanning force microscopy scanning probe microscopy structural analysis turbomachinery seismic isolation essential nonlinearity nonlinear energy sinks vibro-impact beam material nonlinearities geometric nonlinearity nonlinear resonances mode complexity targeted energy transfers rigid airfoil linear oscillator bolted joints

Notable Scholarly Works

Notable Federal Grants

Collaborators

Traveling Waves in Tensioned Euler-Bernoulli Beams With Viscoelastic Boundary Conditions. International Journal of Mechanical Sciences (2025)

Xiangle ChengD. Michael McFarlandXia HuaHuancai LuChin An Tan

wave motionmechanical engineeringnonlinear wave propagationwave nonlinearitynonlinear vibrationsnonlinear phenomenaviscoelastic boundary conditionsnonlinear sciencewave propagationdifferential equationsmechanicswave theoryvibrations

Generation of Quasi-Traveling Waves in a Finite Rectangular Membrane With Two Internal Viscoelastic Line Supports. Applied Mathematical Modelling (2024)

Xiangle ChengD. Michael McFarlandHuancai LuDaren ZhouXia Hua

wave motionfluid dynamicsquasi-traveling wavesfluid mechanicsfinite rectangular membraneperiodic travelling wavenonlinear phenomenabiomedical engineeringmembranesmembrane sciencewave propagationmechanicswave nonlinearitymembrane structure

One-Dimensional Granular Chains as Transmitted Force Attenuators. Nonlinear Dynamics (2023)

Zhenjiang ZhouD. Michael McFarlandXiangle ChengHuancai LuAlexander F. Vakakis

fluid sciencefluid mechanicsgranular mediumone-dimensional granular chainsmechanicsgranular materialsmechanical engineering

A Nonlinear Energy Sink Design to Attenuate the Torsional Oscillations of Lightly Loaded Gear Pairs. Applied Sciences (2022)

Brett FriskneyPanagiotis AlevrasSourabh LondheStephanos TheodossiadesDonald Michael McFarland

mechanical systemsmechanical engineeringnonlinear systemsvibration controlengineeringnonlinear vibration controlnonlinear energy sinksnonlinear mechanical systemrotational nesnonlinear vibrationsactive vibration controltorsional oscillationsvibrationsturbomachinery

Localization of Travelling and Standing Waves in a Circular Membrane Coupled to a Continuous Viscoelastic Support. Applied Mathematical Modelling (2022)

Xiangle ChengD. Michael McFarlandHuancai LuAlexander F. VakakisLawrence A. Bergman

biophysicswave motionfluid dynamicscontinuous viscoelastic supportfluid mechanicsperiodic travelling wavenonlinear phenomenabiomedical engineeringmembraneswave propagationrheologymechanicscircular membranewave nonlinearity

Analytical Solutions for Side-Branch Impedance Producing Spatial Localization of Acoustic Waves in Ducts With Varying Cross Sections. The International Journal of Acoustics and Vibration (2021)

Yongxiong XiaoHuancai LuD. Michael McFarlandLawrence A. BergmanDaren Zhou

spatial localizationacoustic wavesphysical acousticsacoustical engineeringengineering acousticsound propagationenergy localizationsoundaeroacousticsfinite element method in structural mechanics

Reconstruction of Waves Traveling in a Nonlinear Granular Chain From Acoustic Measurements. Mechanical Systems and Signal Processing (2021)

Xiangle ChengHuancai LuD. Michael McFarland

wave motioncivil engineeringapplied mathematicsphysical acousticsnonlinear acousticssound propagationnonlinear granular chainnonlinear sciencewave propagationsoundacoustic measurementsnonlinear phenomenawave nonlinearitynonlinear analysis

Effect of Grid Resolution and Spatial Representation of Nh 3 Emissions From Fertilizer Application on Predictions of Nh 3 and Pm 2.5 Concentrations in the United States Corn Belt. Environmental Research Communications (2020)

Srinidhi BalasubramanianDonald Michael McFarlandSotiria Koloutsou-VakakisKan FuRohit MenonChristopher LehmannMark J Rood

pollution assessmentatmospheric environmentenvironmental modellingenvironmental impact assessmentindustrial emissionearth scienceair qualityenvironmental monitoringair pollutiongrid resolutionenvironmental sciencemodel spatial resolutionpollution monitoringagricultural economics

Energy Transmission by Impact in a System of Two Discrete Oscillators. Nonlinear Dynamics (2020)

Tianming HuangD. Michael McFarlandAlexander F. VakakisOleg V. GendelmanLawrence A. BergmanHuancai Lu

mechanical systemsoscillation theorynonlinear systemsnonlinear oscillationsapplied mathematicsengineeringenergy transmissiondiscrete oscillatorstransmissionenergy transformationnonlinear vibrationsenergy harvestingdynamical systemsnonlinear dynamicsnonlinear phenomenavibrations

Reconstruction of Acoustic Radiation of a Vibrating Structure Located in a Half-Space Bounded by a Passive Surface With Finite Acoustic Impedance. Journal of Theoretical and Computational Acoustics (2020)

Daren ZhouHuancai LuD. Michael McFarlandYongxiong Xiao

finite acoustic impedancephysical acousticssound propagationacoustical engineeringengineering acousticsoundfree spaceacoustic radiationvibrations

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Donald Michael McFarland

ADJ RES PROF

UIUC

Affiliations

The Grainger College of Engineering

Aerospace Engineering

Department of Aerospace Engineering

Donald Michael Mcfarland is currently serving as an Aerospace Engineering ADJ RES PROF at Uiuc.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Donald Michael McFarland

UIUC

ADJ RES PROF

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Traveling Waves in Tensioned Euler-Bernoulli Beams With Viscoelastic Boundary Conditions. International Journal of Mechanical Sciences (2025)

Xiangle ChengD. Michael McFarlandXia HuaHuancai LuChin An Tan

Generation of Quasi-Traveling Waves in a Finite Rectangular Membrane With Two Internal Viscoelastic Line Supports. Applied Mathematical Modelling (2024)

Xiangle ChengD. Michael McFarlandHuancai LuDaren ZhouXia Hua

One-Dimensional Granular Chains as Transmitted Force Attenuators. Nonlinear Dynamics (2023)

Zhenjiang ZhouD. Michael McFarlandXiangle ChengHuancai LuAlexander F. Vakakis

fluid sciencefluid mechanicsgranular mediumone-dimensional granular chainsmechanicsgranular materialsmechanical engineering

A Nonlinear Energy Sink Design to Attenuate the Torsional Oscillations of Lightly Loaded Gear Pairs. Applied Sciences (2022)

Brett FriskneyPanagiotis AlevrasSourabh LondheStephanos TheodossiadesDonald Michael McFarland

Localization of Travelling and Standing Waves in a Circular Membrane Coupled to a Continuous Viscoelastic Support. Applied Mathematical Modelling (2022)

Xiangle ChengD. Michael McFarlandHuancai LuAlexander F. VakakisLawrence A. Bergman

Analytical Solutions for Side-Branch Impedance Producing Spatial Localization of Acoustic Waves in Ducts With Varying Cross Sections. The International Journal of Acoustics and Vibration (2021)

Yongxiong XiaoHuancai LuD. Michael McFarlandLawrence A. BergmanDaren Zhou

spatial localizationacoustic wavesphysical acousticsacoustical engineeringengineering acousticsound propagationenergy localizationsoundaeroacousticsfinite element method in structural mechanics

Reconstruction of Waves Traveling in a Nonlinear Granular Chain From Acoustic Measurements. Mechanical Systems and Signal Processing (2021)

Xiangle ChengHuancai LuD. Michael McFarland

Srinidhi BalasubramanianDonald Michael McFarlandSotiria Koloutsou-VakakisKan FuRohit MenonChristopher LehmannMark J Rood

Energy Transmission by Impact in a System of Two Discrete Oscillators. Nonlinear Dynamics (2020)

Tianming HuangD. Michael McFarlandAlexander F. VakakisOleg V. GendelmanLawrence A. BergmanHuancai Lu

Daren ZhouHuancai LuD. Michael McFarlandYongxiong Xiao

finite acoustic impedancephysical acousticssound propagationacoustical engineeringengineering acousticsoundfree spaceacoustic radiationvibrations

1
2
3
4
5
21
10 / page