Modeling And Biomechanical Analysis Of Human Knee Joint
Journal Title: International Journal of Science Engineering and Advance Technology - Year 2014, Vol 2, Issue 8
Abstract
The main objective of the present work is to implement the computer aided technology to study the biomechanical behavior of human knee joint which consists of Femur, Tibia, Patella, Menisci, Posterior Cruciate Ligament (PCL), Anterior Cruciate Ligament (ACL), Medial Collateral Ligament (MCL), and Lateral Collateral Ligament (LCL). Three-Dimensional (3D) model of knee joint was created. The Mechanical properties like young’s modules, Poisson’s ratio of the human bones will vary from person to person, in general according to age, weight, gender, and feeding habits. We considered for this work to create a 3D model using cadaver bones of male 30years old, 1.70m tall, and weight was 66kg.which is collected from Anatomy Department of SRM Medical College and Research Institute, Kattankulathur. The individual bones femur, tibia and patella are modeled using Solid Works. The biomechanical behavior of individual bone, assembly model and flexion angles under varying loading conditions are studied.
Authors and Affiliations
V Jeevan Kumar| PG Student, Assoc. Professor , Asst Professor Prasiddha College of Engg & Tech, Amalapuram, jvankaya@yahoo.in, P Satish Reddy| PG Student, Assoc. Professor , Asst Professor Prasiddha College of Engg & Tech, Amalapuram, satish2436@gmail.com, N Guru Murthy| PG Student, Assoc. Professor , Asst Professor Prasiddha College of Engg & Tech, Amalapuram, murty408@gmail.com
Keywords
Related Articles
- EP ID EP16291
- DOI -
- Views 354
- Downloads 17
To Provide A Privacy Preserving Auditing Protocol In Cloud Computing Using Tpa
To completely make sure the data honesty and save the cloud users’ calculation possessions as well as online burden it is of significant importance to facilitate public auditing service for cloud data storage so th...
CAM: Double Standard Security Mechanism In The Management Cloud Based Mobile Application
In a remote mHealth observing framework a customer could mastermind compact sensors in remote body sensor systems to gather different physiological information, for example, circulatory strain (BP), breathing rate (B...
Performance Improved Active Power Filter Using Fuzzy Based Adaptive Controller for Renewable Power Generation Systems
An Active power filter implemented with a four-leg voltage-source inverter utilizing a predictive control scheme is introduced. The utilization of a fourleg voltage-source inverter permits the pay of current consonant...
The ever-increasing integration of highly diverse enabled data generating technologies in medical, biomedical and healthcare fields and the growing availability of data at the central location that can be used in nee...
Effective Scheduling of Jobs Using Reallocation of Resources Along With Best Fit Strategy and Priority
Grid computing let the devices to distribute the job across different environment, where the resources are heterogeneous in nature. It is a collection of resources from different states in order to attain common goal...