Udemy SAP2000 Complete Course From Beginner To Pro 2019 4

1. 8. Optimizing the Design/1. Background.mp41.69MB
2. 8. Optimizing the Design/4. Design.mp45.43MB
3. 9. Pushover Analysis and Design/6. More Information on Hinges.mp47.95MB
4. 10. Response Spectrum Analysis and Design/2. Define Response Spectrum Function.mp48.53MB
5. 4. Load Application/1. Defining Loads.mp410.07MB
6. 1. Introduction/1. Introduction To The Course.mp410.37MB
7. 2. Introduction To SAP2000/2. Introduction Part-II.mp410.63MB
8. 9. Pushover Analysis and Design/1. Introduction.mp411.36MB
9. 8. Optimizing the Design/3. Changing The End Length Offset.mp411.82MB
10. 10. Response Spectrum Analysis and Design/5. Analysis and Design.mp413.7MB
11. 8. Optimizing the Design/2. Changing The Insertion Point.mp414.89MB
12. 10. Response Spectrum Analysis and Design/1. Introduction.mp417.67MB
13. 2. Introduction To SAP2000/1. Introduction Part-I.mp418.86MB
14. 6. Designing The Building in SAP2000/3. Time Period Derivation in SAP2000.mp419.66MB
15. 10. Response Spectrum Analysis and Design/3. Define Response Spectrum Load Cases.mp421.74MB
16. 4. Load Application/3. Defining Mass Source.mp423.14MB
17. 9. Pushover Analysis and Design/3. Define Pushover Load.mp424.64MB
18. 4. Load Application/4. Defining Diaphragm.mp426.49MB
19. 9. Pushover Analysis and Design/2. Define Gravity Load.mp428.76MB
20. 3. Modeling of Building/2. Modeling of Building Part-II.mp428.94MB
21. 9. Pushover Analysis and Design/8. Generate and Study Pushover Curve.mp429.4MB
22. 3. Modeling of Building/4. Modelling of Secondary Beam.mp433.98MB
23. 3. Modeling of Building/5. Modelling of Shear Wall.mp434.23MB
24. 9. Pushover Analysis and Design/4. Assign Hinges to The Beams.mp434.42MB
25. 7. Detailing of Structural Members/4. Detailing of Beam Stirrups.mp440.26MB
26. 9. Pushover Analysis and Design/5. Assign Hinges to The Columns.mp440.9MB
27. 9. Pushover Analysis and Design/7. Analyze Structure and Study Analysis Results.mp442.23MB
28. 5. Application of Lateral Loads/2. Application Of Earthquake Load (Method 2).mp447.52MB
29. 10. Response Spectrum Analysis and Design/4. Modify Scale Factor.mp452.7MB
30. 12. Preliminary Design, Seismic Weight , Base Shear and Storey Shear Calculation/2. Preliminary Design of Beam.mp458.72MB
31. 4. Load Application/5. Meshing The Slab.mp460.61MB
32. 7. Detailing of Structural Members/2. Detailing of Column Lateral Ties.mp460.87MB
33. 11. Miscellaneous/1. Extract Data From SAP To Design Footing.mp467.35MB
34. 12. Preliminary Design, Seismic Weight , Base Shear and Storey Shear Calculation/1. Preliminary Design of Slab.mp471.31MB
35. 7. Detailing of Structural Members/1. Detailing of Column Longitudinal Bars.mp474.82MB
36. 12. Preliminary Design, Seismic Weight , Base Shear and Storey Shear Calculation/3. Preliminary Design of Column.mp494.33MB
37. 5. Application of Lateral Loads/3. Application Of Earthquake Load (Method 3).mp4103.41MB
38. 12. Preliminary Design, Seismic Weight , Base Shear and Storey Shear Calculation/5. Base Shear and Storey Shear Calculation.mp4103.82MB
39. 5. Application of Lateral Loads/1. Application Of Earthquake Load (Method 1).mp4103.86MB
40. 11. Miscellaneous/2. Export Analysis and Design Data to Excel.mp4105.34MB
41. 7. Detailing of Structural Members/3. Detailing of Beam Longitudinal Bars.mp4106.32MB
42. 3. Modeling of Building/1. Modeling of Building.mp4106.62MB
43. 6. Designing The Building in SAP2000/2. Designing The Building.mp4216.09MB
44. 6. Designing The Building in SAP2000/1. Defining Load Combinations.mp4261.12MB
45. 4. Load Application/2. Applying The Loads.mp4280.12MB
46. 12. Preliminary Design, Seismic Weight , Base Shear and Storey Shear Calculation/4. Seismic Weight Calculation of Building.mp4330.68MB