Working in SolidWorks (3 lbs + 1 kr)
You need to perform 3 laboratory and 1 control work in a Solid Works environment.
1 . Calculation of the console ball (construction of the hemmetrical model, calculation of strength). In the conclusions to present the results of the calculations of tensions, deformations and movements for all variations of the transversal section and to perform a comparative analysis of the received data.
2nd Determine the frequency of your own pay fluctuations.
Three The thermal analysis.
3 theoretical questions + 2 practical tasks.
Task for the CR:
In the SolidWorks environment, create a geometric model. For the geometric model created using the SolidWorks Simulation module to perform the strength calculation with the determination of tensions, deformations and movements in the specified conditions.
In the SolidWorks environment, create a geometric model. For the created geometric model using the SolidWorks Simulation module to perform the heat calculation with determining tensions, deformations and movements under the specified conditions.
1 . Calculation of the console ball (construction of the hemmetrical model, calculation of strength). In the conclusions to present the results of the calculations of tensions, deformations and movements for all variations of the transversal section and to perform a comparative analysis of the received data.
2nd Determine the frequency of your own pay fluctuations.
Three The thermal analysis.
3 theoretical questions + 2 practical tasks.
Task for the CR:
In the SolidWorks environment, create a geometric model. For the geometric model created using the SolidWorks Simulation module to perform the strength calculation with the determination of tensions, deformations and movements in the specified conditions.
In the SolidWorks environment, create a geometric model. For the created geometric model using the SolidWorks Simulation module to perform the heat calculation with determining tensions, deformations and movements under the specified conditions.