Publications by authors named "Zhanxi Wang"
Modeling and simulation of musculoskeletal system of human lower limb based on tensegrity structure.
Comput Methods Biomech Biomed Engin
December 2019
Article Synopsis
- - A mechanical model of the human lower limb's skeletal muscle is created using the Hill muscle model and movement kinetics based on muscle attachment points.
- - The study analyzes gait changes and muscle stress during walking, focusing on energy consumption as the main factor.
- - Simulation results align well with real walking data, confirming the model's accuracy and the effectiveness of the muscle tension control behavior.
[Research of Kinematics and Kinetics Models of Human Knee Joint].
Zhongguo Yi Liao Qi Xie Za Zhi
January 2017
Human knee joint as a research object, it has become an effective way to establish models of human knee joint. The types of human knee joint models are identified, and each type of model is simply introduced respectively. Focusing on the types of the kinematics and kinetics models of human knee joint on the basis of anatomy, the current research status is detailedly described and comprehensively analyzed at home and abroad correspondingly.
View Article and Find Full Text PDFSkeletal muscle exhibiting complex and excellent precision has evolved for millions of years. Skeletal muscle has better performance and simpler structure compared with existing driving modes. Artificial muscle may be designed by analyzing and imitating properties and structure of skeletal muscle based on bionics, which has been focused on by bionic researchers, and a structure mode of linear electromagnetic array artificial muscle has been designed in this paper.
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