PLANAR MECHANISM

Planar Mechanism is machining proces mechanism used for removal of unwanted material from raw material with the help of tools which are given a certain feed rate respectively/.

In this Simulation we will be simulating the planar mechanism with 15000 mm/s and 20000 mm/s respectively.

GEOMETRY:

Fig. Geometry Of Planar Simulation

MESH GENERATION:

Fig.Mesh Generation

The following above is mesh generated for planar mechnasim which will be combination of Hex mesh and tetrahedron mesh and the

Fig. Element Quality

BOUNDARY CONDTION:

CASE 1: 15000 MM/S

Fot this Case the feed rate taken is 15000 mm/s

Fig. Boundary Condition

SOLUTION: CASE 1

Fig. Total Deformation

Fig. Directional Deformation Case 1

Fig. Equivalent Elastic Strain

Fig. Von Mises Stress for Case 1

CASE 2: 20000 MM/S

Fig. Total deformation

Fig. Directional deformation.

Fig.Equivalent Strain

Fig. Von Mises Stress

CONCLUSION:

Sr No	CASE	Total Deformation (mm)	Directional Deformation (mm)	Elastic Strain	Von Mises Stress (MPa)
1	15000 mm/s	27.837	19.233	1.956	666.52
2	20000 mm/s	34.875	29.264	1.945	650.21