Robert Smith

Graduate Teaching Assistant

University of Nebraska - Lincoln

United States

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Robert Smith is a Graduate Teaching Assistant at the University of Nebraska-Lincoln, USA. His research primarily focuses on performance fatigability, perceived exertion, and neuromuscular responses, as reflected in his recent articles on task termination and isometric tasks. He has contributed to the understanding of factors influencing fatigue and joint angle effects on torque during strength training.

Articles (10)

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2024

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2024

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2023

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2023

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2023

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2023

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2022

Year:

2022

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2021

Year:

2021

Collaborators (2)

Joshua Keller

Assistant Professor

University of South Alabama

UNITED STATES

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Joseph Weir

Professor

University of Kansas

UNITED STATES

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Robert Smith

Research Interests

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Articles (10)

Perceived Factors That Contributed to Task Termination during Fatiguing Tasks Anchored to Perceptual Intensities

The effects of sustained, low- and high-intensity isometric tasks on performance fatigability and the perceived responses that contributed to task termination

Fatiguing Joint Angle Does Not Influence Torque and Neuromuscular Responses Following Sustained, Isometric Forearm Flexion Tasks Anchored to Perceptual Intensity in Men

Utilizing the RPE-Clamp model to examine interactions among factors associated with perceived fatigability and performance fatigability in women and men

Application of the Ratings of Perceived Exertion-Clamp Model to Examine the Effects of Joint Angle on the Time Course of Torque and Neuromuscular Responses During a Sustained, Isometric Forearm Flexion to Task Failure

The Effects of Anchor Schemes on Performance Fatigability, Neuromuscular Responses and the Perceived Sensations That Contributed to Task Termination

Correction to: Coactivation Does Not Contribute to Fatigue-Induced Decreases in Isokinetic Forearm Flexion and Extension Torque

Coactivation Does Not Contribute to Fatigue-Induced Decreases in Isokinetic Forearm Flexion and Extension Torque

Predicting Adaptations to Resistance Training Plus Overfeeding Using Bayesian Regression: A Preliminary Investigation

Longitudinal agreement of four bioimpedance analyzers for detecting changes in raw bioimpedance during purposeful weight gain with resistance training.

Collaborators (2)

Joshua Keller

Joseph Weir

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