What is mechanical modeling?

The AnyBody Modeling System (AMS) is a musculoskeletal model, which means it shows the bones and muscles of a body. This can be a human body or the body of any other creature. AMS can even show a patient-specific model by uploading a screening of a specific patient. Mechanical modeling is used to test the mechanics of the body. This is often biomechanics as kinematics, and kinetics. Hence, you can get a greater understanding of the human body. AMS is based on studies and research, which makes the simulation as close to the human body as it can be.

Many industries can use human simulation to test products in relation to the human body. Hence, it can be a great tool to do tests in relation to a human. This makes you able to optimize a design.

Mechanical modeling for varied industries

Many industries can use mechanical modeling like AMS to test their products or test the mechanics of the human body. This could be orthopedics, sports, or any industry where ergonomics is important.

Orthopedics can make great use of the patient-specific model. Hence, with this model you could test the design of an implant on a specific patient. You can test how varied motions and loads affect the implant. You can also test how the implant impact the rest of the body. Hence, with an analysis of the implant in relation to the specific patient, you are sure the implant will work with the patient’s body.

AMS can also test ergonomics. You can test how to get the optimal ergonomics in a vehicle. This could be anything from a car to a plane. Further, you can test how ergonomic the design of a chair or sofa is. Hence, you can even test ergonomics in sports or military equipment. You are able to test any design in AMS and make sure that it works to its best ability with the human body.

Do you have any questions about the AnyBody Modeling System or how you can apply it 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.

Mechanical modeling
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