Understand hip biomechanics to reduce the risk of hip problems

The hips have a great risk of injury. Partly because of everyday loads and their joints. Researching and understanding hip biomechanics can reduce the risk of problems with the hips. Through simulation software like the AnyBody Modeling System (AMS), you can see and test the biomechanics in the human body, like the hips.

AMS is a human body simulation software. The system can simulate how the environment impact the human body. Hence, it could be to test how everyday loads impact the human body. Hence, this can help varied industries test products in relation to the human body. This could be orthopedic and ergonomic industries.

Hip biomechanics in AMS for varied industries

In AMS you can test all kinds of biomechanics in the human body. Hence, it can test how different loads impact the hip biomechanics, the knee biomechanics, etc. With the system, you are able to see how these loads impact the body right away and analyze how they would impact the body over time.

Orthopedics can use AMS to test implants in relation to hip biomechanics, or the mechanics in any other part of the body. Through the system, you can test how an implant works with the biomechanics of the body. You can also test how it works with the surrounding joints and muscles. Hence, you can optimize the design of an implant and reduce the risks of faults.

Ergonomic industries can use AMS to test designs of varied products to test the ergonomics in a design in relation to the human body. This could be the most ergonomic design of a chair, a car, or even a plane seat. It could also be workspace ergonomics. It can optimize health care when you make sure that you design the workplace ergonomically. Hence, a physical therapist could learn the optimal care for a specific injury.

Do you have any questions about the AnyBody Modeling System or how it can be applied to your work? Please contact us by mail: sales@anybodytech.com. We can also be reached in our Danish department at +45 96 35 42 86. We look forward to answering your questions.

Hip biomechanics
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