You would do it the same way you do it here, and you would constrain the belt axially to the pulley so the whole thing can bend like it would it real life. The test would be done on the belt only.
@@AvivMakesRobots So should, I model a belt curve that corresponds to the diameter of the pulley? As far as I understand it was model curved, not bent curved by force. Please explain, I'm stuck there.
@@ductriquyen9157 You should model it the way it sits over the pulley and any other wheels/ gears etc. Once the loop is modeled, you can do a tensile type of test to see how tightly all the wheels, gears and pulleys can pull on the loop. Is this the idea? Be sure to select the correct material.
@@AvivMakesRobots Thank you for the feedback ... My idea is look like the blade on the band saw machine. It's a piece of straight steel bent by the radius of a pulley. Do you have any idea about this simulation? If I model curved saw blades, bring them in contact with the curved surface of the pulley, fix the pulley and apply 2 force pulls on the ends of the saw blade, only tensile stress occurs from the contact position to the saw blade end ... am I doing the simulation wrong? Looking forward to your help.
@@ductriquyen9157 It depends what you want to simulate, but it doesn't sound wrong... Also, what about the wheel driven by the motor? Did you apply forces on that side as well? Whatever you do, make sure your setup is spot on first. This means contact sets, material selection and etc. is all good first. Do that before you start on the forces. If your setup is the foundation of the simulation and if it is off, your simulation will not be valid. I definitely want to see this thing. Maybe I can even try out how to solve it through a video (with your permission first). NO PROMISES, though.
@@AvivMakesRobots I need help in creating a model of an insect antenna (tapered beam) and analyse the stress and strain at the base due to applied end load at the tip and different angles I need to build a simple insect antenna using either Fusion 360 or Ansys workbench. You can choose any insect. I then need to measure the stress and strain at the base and also measure the deflection. I need some help ASAP. Any assistance would be much appreciated. Thanks in advance.
@@idiris13 Create the antennae in Fusion 360. Then, open up the simulation environment and apply a new load and click on the base of the antennae. From there, you can calculate the deflection. It should be simple.
Great job!
Thank you!
Thanks You Sir Great tutorial
You got it! Keep bending those I-beams!
Sir how can i prove that every plane sections of beam remains plane and perpendicular to neutral axis even after the bending?
You can do a cross section of the part in the simulation to see this.
Hi there, Need your help. How can I simulate bending stress in a flat steel belt encircle a predefined diameter of a pulley on Fusion 360.?
You would do it the same way you do it here, and you would constrain the belt axially to the pulley so the whole thing can bend like it would it real life. The test would be done on the belt only.
@@AvivMakesRobots So should, I model a belt curve that corresponds to the diameter of the pulley? As far as I understand it was model curved, not bent curved by force. Please explain, I'm stuck there.
@@ductriquyen9157 You should model it the way it sits over the pulley and any other wheels/ gears etc. Once the loop is modeled, you can do a tensile type of test to see how tightly all the wheels, gears and pulleys can pull on the loop. Is this the idea? Be sure to select the correct material.
@@AvivMakesRobots Thank you for the feedback ... My idea is look like the blade on the band saw machine. It's a piece of straight steel bent by the radius of a pulley. Do you have any idea about this simulation? If I model curved saw blades, bring them in contact with the curved surface of the pulley, fix the pulley and apply 2 force pulls on the ends of the saw blade, only tensile stress occurs from the contact position to the saw blade end ... am I doing the simulation wrong? Looking forward to your help.
@@ductriquyen9157 It depends what you want to simulate, but it doesn't sound wrong... Also, what about the wheel driven by the motor? Did you apply forces on that side as well?
Whatever you do, make sure your setup is spot on first. This means contact sets, material selection and etc. is all good first. Do that before you start on the forces. If your setup is the foundation of the simulation and if it is off, your simulation will not be valid.
I definitely want to see this thing. Maybe I can even try out how to solve it through a video (with your permission first). NO PROMISES, though.
Hi there, is there any way to contact you for some help regarding a similar beam model that I am creating? would be much appreciated. Thanks
@I- A N I would be glad to help. We can talk here. What is your question?
@@AvivMakesRobots
I need help in creating a model of an insect antenna (tapered beam) and analyse the stress and strain at the base due to applied end load at the tip and different angles
I need to build a simple insect antenna using either Fusion 360 or Ansys workbench. You can choose any insect. I then need to measure the stress and strain at the base and also measure the deflection. I need some help ASAP. Any assistance would be much appreciated. Thanks in advance.
@@idiris13 Create the antennae in Fusion 360. Then, open up the simulation environment and apply a new load and click on the base of the antennae. From there, you can calculate the deflection. It should be simple.
@@AvivMakesRobots Thank you