Deadline for manuscript submissions: 20 February 2025

 

Special Issue Editors

Bhupendra Singh Chauhan Website  E-Mail: bsc42915@gmail.com
Guest Editor
GLA University, Mathura (UP), India
Interests: biomechanics concerns with motion; deformation; forces in biological systems

Hee Chang Lim Website  E-Mail: hclim@pusan.ac.kr
Guest Editor
Pusan National University, South Korea
Interests: micro-molecules; bio mechanics; mechanical forces and deformation affect the conformation; binding/reaction; transport of biomolecules

 

Special Issue Information

Dear colleagues,

In recent decades, the growth of experimental, theoretical, and computational biomechanics has made it possible to discover the pathophysiology of numerous illnesses that affect the human body, to build ideal surgical plans, and to develop sophisticated medical equipment. The advancement of biomechanics has made these accomplishments possible. To be more specific, the accurate simulation of various physical and physiological phenomena that occur in the human systems through the use of advanced theory, facilities, and computer simulation tools is recognized as one of the most important technologies that can be utilized to realize personalized medicine.

Recently, the convergence of biomechanics, artificial intelligence (AI), and machine learning (ML) has resulted in a considerable reduction in the amount of time and money required for human modeling and simulation. Additionally, the reliability of analytical findings has dramatically increased. These advancements enable the development of prediction models, diagnostic tools, and individualized treatment plans. Because machine learning algorithms can analyze enormous amounts of patient data, which may range from medical records to genetic sequences, it is possible to identify patterns and forecast illnesses at an earlier stage, ultimately leading to improvements in diagnostic and preventative healthcare practices. Artificial intelligence is also driving the development of intelligent prostheses and the increasing use of surgical robots.

In this special issue, we invite articles on current trends and technologies in biomechanics in different fields. This encompasses fundamental and practical studies in experimental, theoretical, and computational biomechanics across various domains. We also invite articles in the fields of artificial intelligence (AI) and machine learning (ML)-based biomechanics and biomaterials.

Bhupendra Singh Chauhan
Hee Chang Lim
Guest Editors

 

Keywords

-machine learning (ML)
-artificial intelligence (AI)
-biomechanics
-robots
-sports
-mental health
-children
-education

 

Published Papers