Week 1 Stress Concentration on a Plate with hole

CASE 1:

• At first in ANSYS work bench select static structural.
• In static sstructural there will be engineering data,----> geometry--->model--->setup--->solution--->results.
• In that select Engineering data select the material as structural steel.
• Next select Geometry in that select space claim geometry and start to model the given geometry model.
• Aftermodeling update the model in model.
• Next in model tab start meshing the model.
• After meshing fix the one side and apply the load at the other side.
• Give 500N force at the other end.
• Now import the stress ans strain in the model.
• Now solve the model.
• After it is completely solved try to archive the model and save it.

CASE 2:

• At first in ANSYS work bench select static structural.
• In static sstructural there will be engineering data,----> geometry--->model--->setup--->solution--->results.
• In that select Engineering data select the material as structural steel.
• Next select Geometry in that select space claim geometry and start to model the given geometry model.
• Model the geometry by the given criteria in case 2.
• Aftermodeling update the model in model.
• Next in model tab start meshing the model.
• After meshing fix the one side and apply the load at the other side.
• Give 500N force at the other end.
• Now import the stress ans strain in the model.
• Now solve the model.
• After it is completely solved try to archive the model and save it.

Analysis point of view:

• From my analysis point of view less descretized model will be so compactable for analysis of the stress and strain.
• So in that case case 2 model has less no of descritized element .
• So from analysis point of view I will select case 2 model.

Manufacturing point of view:

• From my manufacturing point of view we needs to save mopney in all acceptable cases.
• At this part in case 1 less work is required when compared to case 2.
• So from manufacturing point of view I will select case 1 model.

Report:-

Objective:

To model the given geometry and study the maximum deformation and stress developed in the model.

Procedure:

• At first in ANSYS work bench select static structural.
• In static sstructural there will be engineering data,----> geometry--->model--->setup--->solution--->results.
• In that select Engineering data select the material as structural steel.
• Next select Geometry in that select space claim geometry and start to model the given geometry model.
• Aftermodeling update the model in model.
• Next in model tab start meshing the model.
• After meshing fix the one side and apply the load at the other side.
• Give 500N force at the other end.
• Now import the stress ans strain in the model.
• Now solve the model.
• After it is completely solved try to archive the model and save it.
• Do the same for case2.

Result:

The given model is created and the deformation and stress developed is recorded.