dmessina94
Civil/Environmental
- May 4, 2017
- 1
Hello everyone,
I'm doing a model of a friction pendulum on Abaqus with 2 main parts: a slider and a sliding. Over the slider surface I've put a pressure and I've forced the slider to move over the sliding, with an assigned displacement.
After assigned thermal properties, I would like to study the thermal evolution between the 2 surfaces. The model seems to work, because there is an increment of temperature on both surfaces, due the displacement on friction condition. Anyway the temperature doesn't propagate on the volume but only on the interaction surfaces. Theoretically I would aspect an increment of the temperature on the whole volume.
I attach the cae file. There are 4 jobs, the fastest in the analysis is called "mesh15"
Any tips? Thanks everyone.
I'm doing a model of a friction pendulum on Abaqus with 2 main parts: a slider and a sliding. Over the slider surface I've put a pressure and I've forced the slider to move over the sliding, with an assigned displacement.
After assigned thermal properties, I would like to study the thermal evolution between the 2 surfaces. The model seems to work, because there is an increment of temperature on both surfaces, due the displacement on friction condition. Anyway the temperature doesn't propagate on the volume but only on the interaction surfaces. Theoretically I would aspect an increment of the temperature on the whole volume.
I attach the cae file. There are 4 jobs, the fastest in the analysis is called "mesh15"
Any tips? Thanks everyone.