About us We are on a mission to improve global health. Through rigorous, high-quality research, we’re striving to achieve meaningful and lasting change on a local and global scale. Discover who we are
We are hiring! Careers At The George Institute, your work will help find solutions to some of the world’s greatest health challenges. We are not just a workplace - we are a community united by a shared mission. Work with us
Our research Our research finds solutions to some of the world’s biggest health challenges in critical areas including women’s health, planetary health, and food policy. Within each program, individual projects target specific challenges, providing local solutions to improve global outcomes. Learn more about our research
Our impact Our high quality, rigorous research makes a real difference to people's health, particularly those facing the most barriers. Find out more about the impact of our work
News and media Stay up to date with the latest breakthroughs, stories, and developments in global health research from The George Institute. Access articles, videos, and updates that spotlight our work across the world. Explore the latest news and insights
Support us Help us make a lasting impact. By supporting our independent research, you fuel life-saving innovations that improve health outcomes for millions around the globe. See how you can support global health innovation
Be a part of our mission for healthier and longer lives Our research relies on the generous support of people like you. Show your support for breakthrough medical research today. Donate now
About Us Our People People At The George Institute Maoyi TIAN - 田懋一 Publications Maoyi TIAN - 田懋一's Publications About Maoyi TIAN - 田懋一's Publications Honorary Senior Fellow PhD of Biomechanical Engineering, MSc of Biomedical Engineering, Bachelors of Electronic Engineering Viscous elements have little impact on measured passive length-tension properties of human gastrocnemius muscle-tendon units in vivo Journal of Biomechanics Date published: 2011 Stress relaxation of human ankles is only minimally affected by knee and ankle angle Journal of Biomechanics Date published: 2010 Pagination Previous page 5 6 7 8 9 Share this Profile
Viscous elements have little impact on measured passive length-tension properties of human gastrocnemius muscle-tendon units in vivo Journal of Biomechanics Date published: 2011
Stress relaxation of human ankles is only minimally affected by knee and ankle angle Journal of Biomechanics Date published: 2010