Search found 4 matches
- 19 Dec 2019, 17:48
- Forum: General questions
- Topic: Dynamic Simulation with STL file (SOLIDWORKS)
- Replies: 2
- Views: 1364
Re: Dynamic Simulation with STL file (SOLIDWORKS)
Hello copella, Thank you for your reply and sorry about the spam as I was overwhelmed by the versatility of CoppeliaSim. I had some progress over the past few days to simulate few revolute joints dynamically via Remote API using Python. As for the construction of steel cable, do you mean to add arou...
- 14 Dec 2019, 05:10
- Forum: General questions
- Topic: Dynamic Simulation with STL file (SOLIDWORKS)
- Replies: 2
- Views: 1364
Dynamic Simulation with STL file (SOLIDWORKS)
Hello, I am currently working on simulating a cable binding robot on V-REP to evaluate its performance. It is a robot consisting of 5 different types of manipulators (cutter, gripper, hammer, tightener & roller) to complete the cable binding procedures, mainly controlled by DC motors and linear ...
- 11 Dec 2019, 16:53
- Forum: General questions
- Topic: How to make a flexible cable?
- Replies: 6
- Views: 6218
Re: How to make a flexible cable?
Hello copellia, I am new to V-REP and currently working on a project to simulate a cable binding robot. Is it possible to simulate a bendable and long steel cable which possesses the material properties of steel that can interact with the environment in V-REP (the steel cable is meant to be dragged,...
- 09 Dec 2019, 11:10
- Forum: General questions
- Topic: Rope simulation with load attached
- Replies: 3
- Views: 3170
Re: Rope simulation with load attached
Hello,
I am new to V-REP and currently working on a project to simulate a cable binding robot. Is it possible to simulate a steel cable which interacts with the environment in V-REP (it is meant to be dragged, gripped, bent and knocked with the manipulators of the robot)?
I am new to V-REP and currently working on a project to simulate a cable binding robot. Is it possible to simulate a steel cable which interacts with the environment in V-REP (it is meant to be dragged, gripped, bent and knocked with the manipulators of the robot)?