Biomechanical Modeling of Flexible-bar and Investigating of Muscle Forces and Compression Forces on Discs in Lumbar Region During of Rehabilitation Exercises, M.Sc. Thesis Sharif University of Technology ; Parnianpour, Mohammad (Supervisor) ; Asghari, Mohsen (Supervisor)
Abstract
A single-degree-of-freedom model is considered for flexible exercise bars based on the lumped-element approach. By considering the side segment of a flexible exercise bar as a cantilever beam with an equivalent mass at the free end, its free-vibration response and forced one under excitation of the grip of the flexible bar is written parametrically. Some experiments are performed on a specific flexible bar to obtain numerical values for the parameters in the model to have it quantitatively known. In the next step, simulation of the model results in the response of the flexible bar under a considered excitation. The response is imported into a multi-segment musculoskeletal software, AnyBody,...
Cataloging briefBiomechanical Modeling of Flexible-bar and Investigating of Muscle Forces and Compression Forces on Discs in Lumbar Region During of Rehabilitation Exercises, M.Sc. Thesis Sharif University of Technology ; Parnianpour, Mohammad (Supervisor) ; Asghari, Mohsen (Supervisor)
Abstract
A single-degree-of-freedom model is considered for flexible exercise bars based on the lumped-element approach. By considering the side segment of a flexible exercise bar as a cantilever beam with an equivalent mass at the free end, its free-vibration response and forced one under excitation of the grip of the flexible bar is written parametrically. Some experiments are performed on a specific flexible bar to obtain numerical values for the parameters in the model to have it quantitatively known. In the next step, simulation of the model results in the response of the flexible bar under a considered excitation. The response is imported into a multi-segment musculoskeletal software, AnyBody,...
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