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physiology biomechanics avian biology human movement experimental biology biophysics exercise physiology neuroscience animal behavior orthopedic biomechanics motor control animal physiology zoology rehabilitation kinematics neurophysiology applied physiology skeletal muscle animal science mammalian biology comparative physiology human physiology experimental biophysics integrative biology marine biology mechanics fish biology animal performance musculoskeletal science muscle function movement ecology avian locomotion mammalian physiology exercise science movement analysis bipedal locomotion experimental botany animal ecology wildlife biology variable gearing architectural gear ratio bioenergetics wildlife functional ecology veterinary physiology primate behavior predator-prey interactions segmented musculature optimal lengths elastic energy storage passive stiffness power limits experimental medicine experimental gerontology insect science tool wear philosophy of biology wildlife ecology physiological research ecophysiology biomimetic actuators pneumatics bio-inspired robotics animal behaviour breeding behavior musculoskeletal interaction thermal energy storage pennate muscles flexible mechanisms vertebrate movement biological springs engineered systems variable stiffness biaxial strain latch-mediated spring actuation power amplification human musculoskeletal system muscle mechanics kinesiology muscle biology sport medicine

Notable Scholarly Works

Notable Federal Grants

Collaborators

Architectural Gear Ratio Depends on Actuator Spacing in a Physical Model of Pennate Muscle. Bioinspiration & Biomimetics (2024)

David A SlebodaThomas J RobertsEmanuel Azizi

biophysicsengineeringorthopedic biomechanicsactuator spacingpennate musclearchitectural gear ratiophysiologyphysical modelmechanicsbiomechanics

Linking in Vivo Muscle Dynamics to in Situ Force-Length and Force-Velocity Reveals That Guinea Fowl Lateral Gastrocnemius Operates at Shorter Than Optimal Lengths. Journal of Experimental Biology (2024)

M. Janneke SchwanerDean L. MayfieldEmanuel AziziMonica A. Daley

biophysicsavian biologykinesiologylivestock scienceanimal behavioroptimal lengthszoologyanimal physiologyphysiologymovement ecologybiomechanicsexperimental biology

The Interaction of in Vivo Muscle Operating Lengths and Passive Stiffness in Rat Hindlimbs. Journal of Experimental Biology (2024)

Angela M. HornerEmanuel AziziThomas J. Roberts

kinesiologyavian biologyskeletal muscleapplied physiologyorthopedic biomechanicsmotor controlmuscle functionneuroscienceanimal physiologyphysiologymammalian biologymusculoskeletal interactionpassive stiffnessrat hindlimbsneurophysiologybiomechanicsexperimental biologyexercise physiology

Viscoelastic Materials Are Most Energy Efficient When Loaded and Unloaded at Equal Rates. Journal of The Royal Society Interface (2024)

Lucien TsaiPaco NavarroSiqi WuTaylor LevinsonElizabeth MendozaM. Janneke SchwanerMonica A. DaleyEmanuel AziziMark Ilton

viscoelastic materialsengineeringenergy efficientmaterials scienceenergy efficiencyapplied physicsequal rates

Adapting Small Jumping Robots to Compliant Environments. Journal of The Royal Society Interface (2023)

Sathvik DiviCrystal ReynagaEmanuel AziziSarah Bergbreiter

roboticsengineering

Ecr Spotlight – Adrien a. Arias. Journal of Experimental Biology (2023)

Adrien AriasManny AziziAdrien Arias'

human biologybiologyexperimental biology

Modulation of Limb Mechanics in Alligators Moving Across Varying Grades. Journal of Experimental Biology (2023)

Adrien A. AriasEmanuel Azizi

avian biologylimb mechanicsanimal behaviorneurosciencebiologyzoologyanimal physiologyphysiologymammalian biologybipedal locomotionmotor controlbiomechanicsexperimental biologyhuman movement

The Effects of Temperature on Elastic Energy Storage and Release in a System With a Dynamic Mechanical Advantage Latch. Journal of Experimental Biology (2023)

Elizabeth MendozaMaya MartinezJeffrey P. OlberdingEmanuel Azizi

elastic energy storagesystems engineeringengineeringthermal managementenergy storageheat transferthermodynamicsthermal engineeringapplied physicsrelease mechanismcontrolled releaseexperimental biophysicsexperimental biologythermal energy storage

Hindlimb Muscle Spindles Inform Preparatory Forelimb Coordination Prior to Landing in Toads. Journal of Experimental Biology (2022)

Alex DumanEmanuel Azizi

avian biologykinesiologypreparatory forelimb coordinationneurosciencephysiologyhindlimb muscle spindlesbiomechanicsexperimental biology

Spring and Latch Dynamics Can Act as Control Pathways in Ultrafast Systems. Bioinspiration & Biomimetics (2022)

N P HyunJ P OlberdingA DeS DiviX LiangE ThomasR St PierreE SteinhardtJ JorgeS J LongoS CoxE MendozaG P SuttonE AziziA J CrosbyS BergbreiterR J WoodS N Patek

biophysicsultrafast systemsbiomechanicslatch dynamics

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Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

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You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Architectural Gear Ratio Depends on Actuator Spacing in a Physical Model of Pennate Muscle. Bioinspiration & Biomimetics (2024)

David A SlebodaThomas J RobertsEmanuel Azizi

biophysicsengineeringorthopedic biomechanicsactuator spacingpennate musclearchitectural gear ratiophysiologyphysical modelmechanicsbiomechanics

M. Janneke SchwanerDean L. MayfieldEmanuel AziziMonica A. Daley

biophysicsavian biologykinesiologylivestock scienceanimal behavioroptimal lengthszoologyanimal physiologyphysiologymovement ecologybiomechanicsexperimental biology

The Interaction of in Vivo Muscle Operating Lengths and Passive Stiffness in Rat Hindlimbs. Journal of Experimental Biology (2024)

Angela M. HornerEmanuel AziziThomas J. Roberts

Viscoelastic Materials Are Most Energy Efficient When Loaded and Unloaded at Equal Rates. Journal of The Royal Society Interface (2024)

Lucien TsaiPaco NavarroSiqi WuTaylor LevinsonElizabeth MendozaM. Janneke SchwanerMonica A. DaleyEmanuel AziziMark Ilton

viscoelastic materialsengineeringenergy efficientmaterials scienceenergy efficiencyapplied physicsequal rates

Adapting Small Jumping Robots to Compliant Environments. Journal of The Royal Society Interface (2023)

Sathvik DiviCrystal ReynagaEmanuel AziziSarah Bergbreiter

roboticsengineering

Ecr Spotlight – Adrien a. Arias. Journal of Experimental Biology (2023)

Adrien AriasManny AziziAdrien Arias'

human biologybiologyexperimental biology

Modulation of Limb Mechanics in Alligators Moving Across Varying Grades. Journal of Experimental Biology (2023)

Adrien A. AriasEmanuel Azizi

avian biologylimb mechanicsanimal behaviorneurosciencebiologyzoologyanimal physiologyphysiologymammalian biologybipedal locomotionmotor controlbiomechanicsexperimental biologyhuman movement

The Effects of Temperature on Elastic Energy Storage and Release in a System With a Dynamic Mechanical Advantage Latch. Journal of Experimental Biology (2023)

Elizabeth MendozaMaya MartinezJeffrey P. OlberdingEmanuel Azizi

Hindlimb Muscle Spindles Inform Preparatory Forelimb Coordination Prior to Landing in Toads. Journal of Experimental Biology (2022)

Alex DumanEmanuel Azizi

avian biologykinesiologypreparatory forelimb coordinationneurosciencephysiologyhindlimb muscle spindlesbiomechanicsexperimental biology

Spring and Latch Dynamics Can Act as Control Pathways in Ultrafast Systems. Bioinspiration & Biomimetics (2022)

N P HyunJ P OlberdingA DeS DiviX LiangE ThomasR St PierreE SteinhardtJ JorgeS J LongoS CoxE MendozaG P SuttonE AziziA J CrosbyS BergbreiterR J WoodS N Patek

biophysicsultrafast systemsbiomechanicslatch dynamics

1
2
3
4
5
6
7
10 / page