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SIMULATION LAB #2: Kinematic and Geometric Modeling of the Hip, Knee, and Associated Muscles Modeling and Simulation of Human Movement BME 599 Laboratory Developers: Jeff Rein bolt, HOA Hoeing, B.J.
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What is kinematic and geometric modeling?
Kinematic and geometric modeling refers to the process of creating mathematical representations of the motion and shape of objects in a virtual or physical environment. It involves analyzing and simulating the movement and structure of objects based on their physical properties and constraints.
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The purpose of kinematic and geometric modeling is to gain a better understanding of the physical behavior and structural properties of objects or systems. It allows for the analysis and prediction of motion, deformation, stress, and other characteristics, which can be useful in fields such as engineering, animation, robotics, and manufacturing.
What information must be reported on kinematic and geometric modeling?
The specific information reported on kinematic and geometric modeling depends on the particular project or application. However, it typically includes details about the object's geometry, physical properties, kinematic constraints, and any external forces acting upon it. Additionally, relevant equations, calculations, and simulations may also be included.
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