SimulateCBTwolink.m uses inverse dynamics to simulate the torque trajectories required for a counterbalanced two-link planar robotic manipulator to follow a prescribed trajectory. It also computes total energy consumption. This code is provided as supplementary material for the paper:
'Plant-Limited Co-Design of an Energy-Efficient Counterbalanced Robotic Manipulator'
Presented at the ASME 2012 International Design Engineering Technical Conferences & Computers and Information in Engineering Conference, August 2012, and submitted to the ASME Journal of Mechanical Design.
These papers are available from:
A video illustrating the motion of several design solutions investigated in this paper is available on YouTube:
This code was used in the solution of optimization problems described in the above paper, including problems that correspond to:
- sequential mechatronic design
- co-design for energy minimization (integrated plant and control design)
- co-design with limited plant redesign (for system repurposing)
The data for each case presented in the paper is provided so that plots of workspace trajectories and torque-speed curves can be reproduced.
Note: this code provides only analysis capability. No optimization code is included. Optimization implementations for the above paper require TOMLAB.
This submission is similar to file exchange submission 36213, except that:
- The manipulator in this simulation includes counterbalance mechanisms, increasing the complexity of the design problem.
- New PLCD procedures were developed to accomodate redesign problems where the baseline design cannot even be simulated for the new task.
James Allison (2020). Simulation and Limited Redesign of a Counterbalanced Two Link Robotic Manipulator (https://www.mathworks.com/matlabcentral/fileexchange/37665-simulation-and-limited-redesign-of-a-counterbalanced-two-link-robotic-manipulator), MATLAB Central File Exchange. Retrieved .
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