Title | Ansys 10 - CAD tutorials |
---|---|
Author | Kothandaraman R |
Course | Cad Analysis For Automotive Engineers |
Institution | SRM Institute of Science and Technology |
Pages | 1 |
File Size | 55.4 KB |
File Type | |
Total Downloads | 47 |
Total Views | 152 |
CAD tutorials...
Main menu → solution → define loads → apply → thermal → convection → on lines → select by mouse; all outer lines (1, 2, 3, 4) → ok → enter ValI 0.012 → enter Val2I 10 → ok.
Main menu → solution → define loads → apply → thermal → convection → on lines → select by mouse; all inner lines (13, 14,15, 16) → ok → enter ValI 0.037 → enter Val2I 140 → ok.
Utility menu → plot cntrls → hard copy → to file → jpeg → save to : chimney load.jpg → ok
III. Solution
Main menu → solution → solve → current LS.
IV. Post processor
Gen. Post processor → plot results → contour plots → nodal solu. → DOF solu. → temperature → ok (to plot temperature distribution)
Utility menu → plot ctrls → hard copy → to file → jpeg → save to: chimney temp.jpg → ok
Gen. Post processor → plot results → contour plots → nodal solu. → DOF solu. → thermal gradient → thermal gradient vector sum → ok (to plot thermal gradient)
Utility menu → plot ctrls → hard copy → to file → jpeg → save to : chimney thermal gradient.jpg → ok
Path Operations: Gen. Post processor → path operations → define path → on working plane → arbitrary path → ok → select two points on the working plane to define the path → ok → enter NAME as path – AA → ok.
Gen. Post processor → path operations → map onto path → enter TEMP → DOF solution → temperature → ok
Gen. Post processor → path operations → plot path items → on graph → Select TEMP → ok.
Utility menu → plot ctrls → hard copy → to file → jpeg → save to : temp.plot.jpg → ok
Utility menu → file → save as → chimney.db → ok
Utility menu → file → write db log file → chimney.lgw → ok....