Objective To investigate the association between sprint running biomechanics and sprint-related hamstring strain injury (HSI) in elite male football players. Methods This prospective cohort study ...

The Updated Lagrangian formulation for non-linear finite element analysis is applied to the problem of thin-walled composites box beams undergoing large displacements. A shear correction factor for ...

This study delves into the efficacy of external strengthening methods in improving the shear behavior of defected reinforced concrete (RC) beams that lack shear stirrups, utilizing both experimental ...

Have you ever wondered why water flows the way it does or how aircraft are able to fly? The answer lies in the study of fluid mechanics. In this overview of fluid mechanics, you’ll learn the basics of ...

Earthquake-triggered landslides can cause catastrophic disasters, yet existing prediction methods struggle to accurately predict their motion and failure due to inadequate consideration of the ...

Abstract: Shear strain measurements derived from ultrasound imaging of tissue displacements have the potential to be a useful biomarker of muscle health, myofascial stiffness, and associated pain.

In the fields of engineering and material science, understanding the concepts of stress and strain is crucial to analyze and interpret the behavior of materials under various force-induced conditions.

In the world of mechanical engineering and material science, strain is a crucial concept that helps us understand how materials deform under different loading conditions. Strain quantifies the ...

In the field of experimental solid mechanics – a discipline that focuses on understanding and measuring the physical properties of different materials – researchers have traditionally relied on ...