Faculty

Institution

Unit

Venue

Jonas Rubenson

Professor of Kinesiology

Pennsylvania State University

Affiliations

College of Health and Human Development

Kinesiology

Jonas Rubenson is currently serving as a College Of Health And Human Development Professor of Kinesiology at Pennsylvania State University.

Honors

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Experiences

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Education

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Jonas Rubenson

Pennsylvania State University

Professor of Kinesiology

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biomechanics physiology rehabilitation human movement exercise physiology kinematics kinesiology orthopedic biomechanics athletic training exercise science experimental biology animal physiology gait analysis avian biology musculoskeletal science skeletal muscle biology animal behavior applied physiology movement analysis sport science motor control sport physical therapy orthopedic surgery sport medicine bipedal locomotion avian locomotion movement ecology physical activity orthopaedic research animal performance bipedal animal model physical medicine livestock science ornithology bioenergetics experimental biophysics sport physiology muscle function human locomotion bioreactor system guinea fowl avian bipedal model animal nutrition experimental botany computational optimization fibers plo biology dermal structure spinal biomechanics allometric studies adult development experimental nutrition exercise rehabilitation upper extremity musculoskeletal function integrative biology applied ethology human pose estimation health monitoring robotic sensing computational models computational anatomy performance measurement sport psychology aerial phase gait selection force-length curve gait mechanics economical bipedal running three-dimensional joint mechanics limb structure plantar fascia strain arch compression muscular capacity limb orientation skeletal muscle function muscle mechanics

Notable Scholarly Works

Notable Federal Grants

Collaborators

Author Response: Unlocking the Secrets of Kangaroo Locomotor Energetics: Postural Adaptations Underpin Increased Tendon Stress in Hopping Kangaroos. (2024)

Lauren H. ThorntonTaylor J.M. DickJohn R. HutchinsonGlen A. LichtwarkCraig P. McGowanJonas RubensonAlexis Wiktorowicz-ConroyChristofer J. Clemente

physical anthropologyavian biologykangaroo locomotor energeticsbiological anthropologyevolutionary anthropologycompanion animalsauthor responsebioenergeticstendon stressevolutionary biologyanimal physiologypostural adaptationsphysiologyrehabilitationmovement ecologybiomechanics

An Implantable Variable Length Actuator for Modulating in Vivo Musculo-Tendon Force in a Bipedal Animal Model. 2021 IEEE/RSJ International Conference on Intelligent Robots and Systems (IROS) (2023)

Sean ThomasRavin JoshiBo ChengHuanyu ChengMichael C. AynardiGregory S. SawickiJonas Rubenson

kinesiologybipedal animal modelkinematicsneurosciencerehabilitationbiomechanics

Humans Trade Off Whole-Body Energy Cost to Avoid Overburdening Muscles While Walking. Proceedings of the Royal Society B Biological Sciences (2022)

Kirsty A. McDonaldJoseph P. CusumanoAndrew HieronymiJonas Rubenson

whole-body energy costbiologyphysiologyrehabilitationbiomechanicshuman movement

Running Birds Reveal Secrets for Legged Robot Design. Science Robotics (2022)

Jonas RubensonGregory S. Sawicki

avian biologyornithologylegged robotsanimal behaviorroboticsavian locomotionphysiologybio-inspired roboticslegged robot designbiomechanics

Plasticity of the Gastrocnemius Elastic System in Response to Decreased Work and Power Demand During Growth. Journal of Experimental Biology (2021)

Suzanne M. CoxAdam DeBoefMatthew Q. SalzanoKavya KatugamStephen J. PiazzaJonas Rubenson

biophysicsphysiological plasticitypower demandelasticity (physics)plasticitygastrocnemius elastic systembiologyphysiologyexperimental biophysicsbiomechanicsexperimental biologyhuman movement

Altering the Mechanical Load Environment During Growth Does Not Affect Adult Achilles Tendon Properties in an Avian Bipedal Model. Frontiers in Bioengineering and Biotechnology (2020)

Kavya KatugamSuzanne M. CoxMatthew Q. SalzanoAdam De BoefMichael W. HastThomas NeubergerTimothy M. RyanStephen J. PiazzaJonas Rubenson

avian biologyengineeringavian bipedal modelbiological engineeringanimal sciencebiomedical engineeringbiotechnologymechanical load environmentbiomechanics

Eliminating High-Intensity Activity During Growth Reduces Mechanical Power Capacity but Not Submaximal Metabolic Cost in a Bipedal Animal Model. Journal of Applied Physiology (2019)

Suzanne Michelle CoxMatthew Q. SalzanoStephen J. PiazzaJonas Rubenson

applied physiologyhigh-intensity activitysubmaximal metabolic costbipedal animal modelphysiologybiomechanics

Is Conservation of Center of Mass Mechanics a Priority in Human Walking? Insights From Leg-Length Asymmetry Experiments. Journal of Experimental Biology (2019)

Kirsty A. McDonaldDaniel DevaprakashJonas Rubenson

leg-length asymmetry experimentshuman walkingphysiologyrehabilitationbiomechanicsexperimental biology

Multi-Objective Control in Human Walking: Insight Gained Through Simultaneous Degradation of Energetic and Motor Regulation Systems. Zenodo (CERN European Organization for Nuclear Research) (2019)

K.A. McDonald

multi-objective controlsimultaneous degradationmotor controlhuman walkingmotor regulation systemsrehabilitation

The Interaction of Compliance and Activation on the Force-Length Operating Range and Force Generating Capacity of Skeletal Muscle. bioRxiv (Cold Spring Harbor Laboratory) (2019)

S.M. CoxK.L. EastonM. Cromie LearR.L. MarshS.L. DelpJ. Rubenson

kinesiologyforce-length operating rangeskeletal muscleactuationorthopedic biomechanicsphysiologyrehabilitationbiomechanicsexercise physiology

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Jonas Rubenson

Professor of Kinesiology

Pennsylvania State University

Affiliations

College of Health and Human Development

Kinesiology

Jonas Rubenson is currently serving as a College Of Health And Human Development Professor of Kinesiology at Pennsylvania 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

Jonas Rubenson

Pennsylvania State University

Professor of Kinesiology

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Author Response: Unlocking the Secrets of Kangaroo Locomotor Energetics: Postural Adaptations Underpin Increased Tendon Stress in Hopping Kangaroos. (2024)

Lauren H. ThorntonTaylor J.M. DickJohn R. HutchinsonGlen A. LichtwarkCraig P. McGowanJonas RubensonAlexis Wiktorowicz-ConroyChristofer J. Clemente

An Implantable Variable Length Actuator for Modulating in Vivo Musculo-Tendon Force in a Bipedal Animal Model. 2021 IEEE/RSJ International Conference on Intelligent Robots and Systems (IROS) (2023)

Sean ThomasRavin JoshiBo ChengHuanyu ChengMichael C. AynardiGregory S. SawickiJonas Rubenson

kinesiologybipedal animal modelkinematicsneurosciencerehabilitationbiomechanics

Humans Trade Off Whole-Body Energy Cost to Avoid Overburdening Muscles While Walking. Proceedings of the Royal Society B Biological Sciences (2022)

Kirsty A. McDonaldJoseph P. CusumanoAndrew HieronymiJonas Rubenson

whole-body energy costbiologyphysiologyrehabilitationbiomechanicshuman movement

Running Birds Reveal Secrets for Legged Robot Design. Science Robotics (2022)

Jonas RubensonGregory S. Sawicki

avian biologyornithologylegged robotsanimal behaviorroboticsavian locomotionphysiologybio-inspired roboticslegged robot designbiomechanics

Plasticity of the Gastrocnemius Elastic System in Response to Decreased Work and Power Demand During Growth. Journal of Experimental Biology (2021)

Suzanne M. CoxAdam DeBoefMatthew Q. SalzanoKavya KatugamStephen J. PiazzaJonas Rubenson

biophysicsphysiological plasticitypower demandelasticity (physics)plasticitygastrocnemius elastic systembiologyphysiologyexperimental biophysicsbiomechanicsexperimental biologyhuman movement

Altering the Mechanical Load Environment During Growth Does Not Affect Adult Achilles Tendon Properties in an Avian Bipedal Model. Frontiers in Bioengineering and Biotechnology (2020)

Kavya KatugamSuzanne M. CoxMatthew Q. SalzanoAdam De BoefMichael W. HastThomas NeubergerTimothy M. RyanStephen J. PiazzaJonas Rubenson

avian biologyengineeringavian bipedal modelbiological engineeringanimal sciencebiomedical engineeringbiotechnologymechanical load environmentbiomechanics

Eliminating High-Intensity Activity During Growth Reduces Mechanical Power Capacity but Not Submaximal Metabolic Cost in a Bipedal Animal Model. Journal of Applied Physiology (2019)

Suzanne Michelle CoxMatthew Q. SalzanoStephen J. PiazzaJonas Rubenson

applied physiologyhigh-intensity activitysubmaximal metabolic costbipedal animal modelphysiologybiomechanics

Is Conservation of Center of Mass Mechanics a Priority in Human Walking? Insights From Leg-Length Asymmetry Experiments. Journal of Experimental Biology (2019)

Kirsty A. McDonaldDaniel DevaprakashJonas Rubenson

leg-length asymmetry experimentshuman walkingphysiologyrehabilitationbiomechanicsexperimental biology

Multi-Objective Control in Human Walking: Insight Gained Through Simultaneous Degradation of Energetic and Motor Regulation Systems. Zenodo (CERN European Organization for Nuclear Research) (2019)

K.A. McDonald

multi-objective controlsimultaneous degradationmotor controlhuman walkingmotor regulation systemsrehabilitation

The Interaction of Compliance and Activation on the Force-Length Operating Range and Force Generating Capacity of Skeletal Muscle. bioRxiv (Cold Spring Harbor Laboratory) (2019)

S.M. CoxK.L. EastonM. Cromie LearR.L. MarshS.L. DelpJ. Rubenson

kinesiologyforce-length operating rangeskeletal muscleactuationorthopedic biomechanicsphysiologyrehabilitationbiomechanicsexercise physiology

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Institution

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physiological measurement

orthopaedic surgery

Timothy Butterfield

Institution

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physiology

exercise physiology

Manny Azizi

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University of California, Irvine

muscle mechanics

muscle function

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