Counting calories burned is popular, but leading standardized equations used to predict or estimate calories burned while walking assume that one size fits all. They’ve been in place for close to half a century and were based on data from a limited number of people.
A new SMU study found that under firm, level ground conditions, the leading standards are relatively inaccurate and have significant bias — predicting too few calories burned in 97 percent of cases researchers examined.
SMU physiologist and biomechanics researcher Peter G. Weyand contributed a piece on cheating in sports to the U.S. online news magazine and blog the Huffington Post.
The piece addresses how modern cheating controversies in sports indicate the need for a new approach to judge fairness that encompasses a broader range of possibilities. Continue reading
SMU physiologist and biomechanics researcher Peter G. Weyand was quoted by ESPN writer Josh Moyer in the reporter’s Big Ten Blog for an article about the evolution of the speed and size of college football players.
Weyand leads the SMU Locomotor Performance Laboratory and is recognized worldwide as an expert in human running performance and the locomotion of humans and other terrestrial animals. Continue reading
A bold, scientist-backed effort to achieve the impossible within the next five years may benefit all runners—even if the goal remains a moonshot. The work of SMU physiologist and biomechanics researcher Peter G. Weyand was featured in an article in … Continue reading
The SMU Locomotor Performance Laboratory saw a few minutes of play during the SMU-Texas A&M football game Saturday, Sept. 20, 2014.
ESPN’s broadcast team stopped by to see the reigning U.S. National 400-meter champion Gil Roberts on the lab’s high-tech treadmill.
Shape magazine reporter Amanda MacMillan has covered the research of SMU researcher Ken Clark, a doctoral student and researcher in the SMU Locomotor Performance Laboratory. The lab and research are under the direction of SMU biomechanics expert Peter Weyand, associate professor of applied physiology and biomechanics.
Clark’s and Weyand’s latest research found that the world’s fastest sprinters have unique gait features that account for their ability to achieve fast speeds. Continue reading
The new findings indicate that the secret to elite sprinting speeds lies in the distinct limb dynamics sprinters use to elevate ground forces upon foot-ground impact. Continue reading
Peter Weyand and his team set out nine months ago on a research project dubbed “The Physics of Flopping: Blowing the Whistle on a Foul Practice.” WFAA TV journalist Jason Wheeler covered the research of SMU biomechanics expert Peter G. … Continue reading