Run Now 1-Deformed Shape :-: * DisplayShow Deformed Shape ( F6 ) 2-Straining Actions :-JointsReactions DisplayShow Forces/StressesFrames/Cables 29 Eng.Ayman El-Zohiery 30. : 4- For Uniform Distributed Load :- AssignFrame Loads Distributed For Joint Load :- Joint Assign Joint Loads Forces ( DOF 5- :-) AnalyzeSet Analysis optionsPlane Frame -: Analyze Run Analysis or F5 or. 3- :-Frame Element DrawDraw FramecabletendomQuick Frame Support :- * :Supports AssignJoint Restraints Fixed * :- Edit Replicate Z 82Eng.Ayman El-Zohiery 29. 1- :- Frame81, 21, 6, 0 = X0=Y3,0=Z 2- :- ) (Define Section PropertiesFrame Sections 72 Eng.Ayman El-Zohiery 28. Run Now 1-Deformed Shape :-: * Display Show Deformed Shape ( F6 ) 2-Straining Actions :-Joints Reactions Display Show Forces/Stresses Frames/Cables 25Eng.Ayman El-Zohiery 26. ( DOF 5- :-) AnalyzeSet Analysis optionsPlane Frame -: Analyze Run Analysis or F5 or. :For Point Load 5 ton AssignFrame Loads Point :- 2 Axis -:For Concentrated Moment 6 t.m AssignFrame Loads Point ) ( 42Eng.Ayman El-Zohiery 25. :- ) ( -:For Joint Load 4 ton JointAssignJoint LoadsForces X-Axis32Eng.Ayman El-Zohiery 24. 3- :-Frame Element Draw Draw Framecabletendom Quick Frame Element Support :- * :Supports Assign Joint Restraints Fixed & Hinge & Roller 4- :-: For Triangular Distributed Load Assign Frame Loads Distributed ) ( ) 3 ( ) ( -: For Uniform Distributed Load Assign Frame Loads Distributed22 Eng.Ayman El-Zohiery 23. 2- :-: * For Column Section Define Section Properties Frame Sections Add New Property :- )* For Beam Section :- (T-Section )(Steel :-12 Eng.Ayman El-Zohiery 22. 2- Analysis of FramesColumn BeamSection Section-: 1- X = 0, 6, 11, 14 Y=0 Z=0,4,720Eng.Ayman El-Zohiery 21. : Temperature Effect-: For Frame Element Assign Frame Loads Temperature ) ( )( -: For Shell Element AssignArea Loads )Temperature (All ) ( )( :- 91Eng.Ayman El-Zohiery 20. :- DefineLoad Patterns 1 :- 1 Modify Load 2 :- Assign JointLocal Axis ) ( Y-Axis ) (3 -: Spring Joint Assign JointSprings K K Spring 3 Translation 3 :- AssignJoint Loads Displacement Global Z 81Eng.Ayman El-Zohiery 19. :-Global Axis Local Axis X-Y-Z 3-2-1 -1- Local Axis Length Mouse -2- Local Axis Depth -3- Local Axis Width71 Eng.Ayman El-Zohiery 18. : Straining Actions Joints ReactionsDisplayShow Forces/Stresses Frames/Cables :- Reactions:- Shear Axial Force 2 - 2 Shear 3-3 Moment 61 Eng.Ayman El-Zohiery 17. * :-: 1-Deformed ShapeDisplay Show Deformed Shape ) 6( F :-51 Eng.Ayman El-Zohiery 16. 5- :-) ( DOFAnalyze Set Analysis options Plane Frame :-AnalyzeRun Analysis or F5 or Run Now. :- 1- Set Element :-View Set Display Options Joint Joint Area 2- :- Joint JointDisplayShow Load AssignsFrame 41 Eng.Ayman El-Zohiery 15. :- ) ( = -: For Point Load AssignFrame Loads Point ) ( 31Eng.Ayman El-Zohiery 14. : 4- For Uniform Distributed Load :- AssignFrame LoadsDistributed-: ( ) For Triangular Distributed Load :- Assign Frame LoadsDistributed12Eng.Ayman El-Zohiery 13. :- :Supports Support :- Assign Joint Restraints :-Fixed Support Hinged Support Roller Support 11Eng.Ayman El-Zohiery 12. : 2- * Define Of Beam Section :-Define Section Properties Frame Sections Add New Property -: (Concrete) -: -: 3 Frame ElementDraw Draw Framecabletendom Quick Frame Element 10Eng.Ayman El-Zohiery 11. Analysis of Skeletal Structure1- Analysis of BeamsFor the given beam :-: 1- 9 Eng.Ayman El-Zohiery 10. ( Click) 1- *Edit Grid Data Modify/Show System X-Grid data Y-Grid data Z-Grid data -: 2- * DefineCoordinate System / GridModify/Show System8 Eng.Ayman El-Zohiery 9. SAP2000 14.lnk 2- :-File New Model 6Eng.Ayman El-Zohiery 7. 3- :- Beams Slabs Columns4- :- :Point load Uniform load Surface load 5- :- Straining Actions. EX:- Beam Frames Trusses -EX:- Slab Raft Tanks - Tunnle Frame Element Area Element ) (X-Y Plan ) (X-Z Plan4 Eng.Ayman El-Zohiery 5. Skeletal structure Non-Skeletal structure. 41SAP2000-VStructure Analysis Program *. Course Contents :-1- Analysis of Beams11- Analysis of Stairs2- Analysis of Frames 12- Elevated Tank3- Analysis of Multi-story Frames 13- From AutoCAD to Sap20004- Analysis of Trusses14- Wind Forces5- Design using SAP2000 15- Equivalent Static Method6- Analysis of Solid Slab 16- Response Spectrum Method7- Analysis of Solid & Flat Slab17- Time History Method8- Design using Excel 18-Examples9- Analysis of Foundation10- Analysis of Plates3 Eng.Ayman El-Zohiery 4.
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