Gretchen Oliver

Professor

Auburn University

United States

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Gretchen Oliver is a Professor at Auburn University, USA. Her research focuses on biomechanics, particularly in relation to softball and baseball pitching, exploring aspects such as injury prevention, performance optimization, and the mechanics of pitching. Her recent publications include studies on the relationship between pitching kinematics and injury, as well as the impact of athlete body composition on performance. Professor Oliver is dedicated to advancing the understanding of biomechanical factors in sports to enhance player safety and effectiveness.

Gretchen Oliver

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Articles (23)

A Description of Scapular Biomechanics in the Windmill Softball Pitch in Early High School Pitchers

A Narrative Review of Softball Pitching Workload and Pitch Counts in Relationship to Injury

Pitching kinematics have direct and indirect effects on pitch location in NCAA baseball

Waveform Analysis To Identify Biomechanical Relationships and Differences Between Softball Pitchers With and Without Pain

Description and Consistency of In-Game Pitching Kinetics’ Relationship With Ball Velocity

Variability of in-game markerless and laboratory marker-based baseball pitching biomechanics

Biomechanics of Fastpitch Softball Pitching: A Practitioner’s Guide

Low-Cost Lower Extremity Screening to Predict Shoulder Distraction Force in College Softball Pitchers

Effects of Increasing Pitch Count on Pitch Type Ball Metrics and Release Height in High School Softball Pitchers

The Difference Between Throwing and Practice Volumes in Youth Softball Athletes With and Without Upper Extremity Pain

Altered Cervical Spine Position Results in Decreased Eccentric Shoulder Rotation Strength

Evaluation of Hip Characteristics in Baseball and Softball Athletes with and Without Throwing Arm Pain

Optimising a baseball’s dimensions for improved throwing patterns in youth players

Softball Pitchers' Body Segment Girths Are Associated with Varied Biomechanics at Ball Release of the Pitch.

Athlete body composition influences movement during sporting tasks: an analysis of softball pitchers’ joint angular velocities

Energy flow through the lower extremities in high school baseball pitching

Biomechanics Related to Increased Softball Pitcher Shoulder Stress: Implications for Injury Prevention

Characteristics of Injury in Collegiate Rodeo

Drive-Leg Kinematics During the Windup and Pushoff Is Associated With Pitching Kinetics at Later Phases of the Pitch

Flexibility, Position, and Strength of the Shoulder Complex in Pediatric and Adult Amateur Tennis Athletes

Peak Elbow Flexion Does Not Influence Peak Shoulder Distraction Force or Ball Velocity in NCAA Division I Softball Pitchers

Association Between Passive Hip Range of Motion and Pitching Kinematics in High School Baseball Pitchers

Association Between Passive Hip Range of Motion and Pitching Kinematics in High School Baseball Pitchers

Collaborators (5)

Jason Zaremski

Marco Hoozemans

Chih-hsuan Wang

Arnel Aguinaldo

dirkjan veeger

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