Ozen Engineering and ANSYS




       www.Autodesk.com

 

Information Request
Have a representative contact me about:
Software Sales
Consulting Project



Join Our Mailing List




Favorite Links

www.ANSYS.com

www.Autodesk.com

www.TechNet-Alliance.com

CADFEM, Germany

EnginSoft, Italy

NAFEMS logo 

ICAR-sidebar.jpg

Enginsoft WebTV




  Click here to send this page to a friend... Send A Friend     Click here to get a printer friendly version of this page for yourself... Send To Me     Click here to print this page Print 







Applications of AnyBody


AnyBody can be used to investigate a number of fundamental questions as well as to solve practical problems of ergonomics. Typical investigations could be:
  • What are the benefits of antagonist muscle forces?
  • How should we design a workplace for a particular repetitive work process?
  • What are the causes of wrist- elbow- and shoulder pains from working with a computer mouse?
  • How can we apply functional electrical stimulation of muscles to obtain a desired motion?
  • What is the ideal anthropometry of a sportsman in a particular discipline?
  • How can the central nervous system relieve the load on an injured joint, muscle, or ligament, and what consequences does it have for the rest of the musculo-skeletal system?
pickup9.jpg
rowing3.jpg
AnyBody simulation performing a rowing application Manual material handling transfer simulation



Case History
  1. Evaluation of a Femoral Fracture Fixed Plate Implant during Bicycle Pedaling
  2. Design and Optimization for Human Well-Being and Overall System Performance (coupling AnyBody and modeFRONTIER)
  3. Musculoskeletal Computational Analysis of the Influence of Car-Seat Design/Adjusments on Long-Distance Driving Fatigue
  4. Assessing the Importance of Motion Dynamics for Ergnomic Analysis of Manual Materials Handling Tasks using the AnyBody Modeling System
  5. Using Activities of Daily Living to Evaluate the Design and Placement of a Proximal Readius Fracture Fixation Device
  6. A General Method for Scaling Musculo-skeletal Models
  7. Internal Forces of a Femur: An Automated Procedure for Applying Boundary Conditions Obtained from Inverse Dynamic Analysis to Finite Element Simulations
  8. A Computational Model of Clavicle Fracture Fixation
  9. Simulation Software for Biomedical Implant Design
  10. Ergonomic Optimization of a Bicycle Crank Based on Musculoskeletal Modeling


If you would like to learn more about the AnyBody Modeling System or how we can help you in designing implants, performing biomechanical analysis, carry out ergonomic evaluations, or incorporate the human body in your designs, Please contact us at info@ozeninc.com






 



©2009 Ozen Engineering, Inc. All Rights Reserved