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Udemy The Complete ETABS Professional For Structural Engineers

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Udemy The Complete ETABS Professional For Structural Engineers

文件列表
  1. 1. Design of Pre Engineered Building as per Indian Standards/11. Calculation of Dead, Live and Wind Loads.mp4564.1MB
  2. 1. Design of Pre Engineered Building as per Indian Standards/10. Define Load combinations.mp4319.48MB
  3. 1. Design of Pre Engineered Building as per Indian Standards/3. Define Frame Section Properties.mp4233.75MB
  4. 1. Design of Pre Engineered Building as per Indian Standards/18. Value Engineering of the PEB Shed.mp4162.13MB
  5. 1. Design of Pre Engineered Building as per Indian Standards/6. Draw Gable End Structure for the Ends.mp4155.39MB
  6. 1. Design of Pre Engineered Building as per Indian Standards/17. Steel Sructure Design of Pre Engineering Building Structure as per IS800.mp4126.58MB
  7. 1. Design of Pre Engineered Building as per Indian Standards/5. Replicate the Whole portal along the length.mp4115.54MB
  8. 1. Design of Pre Engineered Building as per Indian Standards/7. Draw Plan and Elevation Bracing.mp494.73MB
  9. 1. Design of Pre Engineered Building as per Indian Standards/19. Check the tabular results including Material Take off.mp489.84MB
  10. 1. Design of Pre Engineered Building as per Indian Standards/9. Define Load Cases.mp476.14MB
  11. 1. Design of Pre Engineered Building as per Indian Standards/1. Introduction to Pre Engineered Buildings.mp475.2MB
  12. 1. Design of Pre Engineered Building as per Indian Standards/12. Correct the Load Combinations.mp471.49MB
  13. 1. Design of Pre Engineered Building as per Indian Standards/2. Draw a portal frame from one end to other as per Drawing.mp470.16MB
  14. 1. Design of Pre Engineered Building as per Indian Standards/4. Replicate the Whole Portal along the Width.mp436.62MB
  15. 1. Design of Pre Engineered Building as per Indian Standards/8. Define Load Patterns.mp430.2MB
  16. 1. Design of Pre Engineered Building as per Indian Standards/16. Define Analysis options and Analyze the Steel Structure.mp423.92MB
  17. 1. Design of Pre Engineered Building as per Indian Standards/13. Assign the Releases to the Structural Members.mp422.62MB
  18. 1. Design of Pre Engineered Building as per Indian Standards/14. Assign Supports to the Building.mp413.63MB
  19. 1. Design of Pre Engineered Building as per Indian Standards/15. Define Modal cases.mp48.13MB
  20. 10. Basics of Structural Dynamics, Lateral Loads and Types of Structure System/13. Types of High Rise Building Structural Systems.mp4198.69MB
  21. 10. Basics of Structural Dynamics, Lateral Loads and Types of Structure System/12. Planning Building Configuration for Seismic Forces.mp4112.87MB
  22. 10. Basics of Structural Dynamics, Lateral Loads and Types of Structure System/5. Fundamental natural Period and Case Studies of Different Buildings.mp4105.44MB
  23. 10. Basics of Structural Dynamics, Lateral Loads and Types of Structure System/10. Natural Period , Frequency and Resonance.mp4104.43MB
  24. 10. Basics of Structural Dynamics, Lateral Loads and Types of Structure System/4. Flat Slabs , Floating Columns and Structural Walls.mp490.28MB
  25. 10. Basics of Structural Dynamics, Lateral Loads and Types of Structure System/1. Basics of Wind and Seismic Forces on the buildings.mp479.59MB
  26. 10. Basics of Structural Dynamics, Lateral Loads and Types of Structure System/8. Mode Shapes of the Building.mp475.47MB
  27. 10. Basics of Structural Dynamics, Lateral Loads and Types of Structure System/7. Inelastic Behavior and Desirable Mechanism.mp474.1MB
  28. 10. Basics of Structural Dynamics, Lateral Loads and Types of Structure System/3. Damping and Peak Ground Acceleration.mp470.36MB
  29. 10. Basics of Structural Dynamics, Lateral Loads and Types of Structure System/9. Masonry Infill Walls and Damping.mp455.28MB
  30. 10. Basics of Structural Dynamics, Lateral Loads and Types of Structure System/2. CSSD Rule in Buildings against Earthquakes.mp451.41MB
  31. 10. Basics of Structural Dynamics, Lateral Loads and Types of Structure System/11. Basics of Response Spectrum and Ground Motion.mp450.07MB
  32. 10. Basics of Structural Dynamics, Lateral Loads and Types of Structure System/6. Asymmetrical Stiffness in Plan and Elevation.mp446.54MB
  33. 2. Linear Dynamic Analysis of a Billboard as per IS800/1. Modelling of a Billboard with free modelling approach.mp4296.37MB
  34. 2. Linear Dynamic Analysis of a Billboard as per IS800/8. Structural Design and Optimization of the Steel Structure.mp4219.57MB
  35. 2. Linear Dynamic Analysis of a Billboard as per IS800/7. Remove the Instability in the Modelling Process. (Tips and Tricks).mp4185.73MB
  36. 2. Linear Dynamic Analysis of a Billboard as per IS800/2. Assigning the Section properties to all the members.mp4158.85MB
  37. 2. Linear Dynamic Analysis of a Billboard as per IS800/5. Define Wind Loads and Response Spectrum Loads to the Structure.mp4117.63MB
  38. 2. Linear Dynamic Analysis of a Billboard as per IS800/3. Assign End Releases and Supporting Conditions.mp488.38MB
  39. 2. Linear Dynamic Analysis of a Billboard as per IS800/4. Define Load Patterns to the Steel Structure.mp469.73MB
  40. 2. Linear Dynamic Analysis of a Billboard as per IS800/6. Define Load Combinations as per Auto Generate Option..mp410.15MB
  41. 3. Linear Dynamic Analysis and Design of a Heavy Steel Structure for AISC 360/15. Optimization of Structural Steel Member Sizes for Economy.mp4257.61MB
  42. 3. Linear Dynamic Analysis and Design of a Heavy Steel Structure for AISC 360/4. Draw the Silo Supporting Floor with Good Steel Structure Arrangement.mp4211.92MB
  43. 3. Linear Dynamic Analysis and Design of a Heavy Steel Structure for AISC 360/5. Draw Second Floor on the top of Silo Supporting Steel Structure.mp4121.96MB
  44. 3. Linear Dynamic Analysis and Design of a Heavy Steel Structure for AISC 360/9. Define Load Cases and Load Combinations.mp4119.74MB
  45. 3. Linear Dynamic Analysis and Design of a Heavy Steel Structure for AISC 360/6. Draw Roofing Structural Steel Arrangement.mp4115.53MB
  46. 3. Linear Dynamic Analysis and Design of a Heavy Steel Structure for AISC 360/13. Response Spectrum Analysis and Review of Mode Shapes.mp4100.98MB
  47. 3. Linear Dynamic Analysis and Design of a Heavy Steel Structure for AISC 360/1. Check the Mode shapes ,Mode partiipation and Weight of Steel Structure.mp489.25MB
  48. 3. Linear Dynamic Analysis and Design of a Heavy Steel Structure for AISC 360/2. Introduction to Heavy Industrial Equipment Supporting Steel Structures..mp487.61MB
  49. 3. Linear Dynamic Analysis and Design of a Heavy Steel Structure for AISC 360/8. Define Load Patterns for Steel Industrial Heavy Structure.mp485.22MB
  50. 3. Linear Dynamic Analysis and Design of a Heavy Steel Structure for AISC 360/14. Response spectrum Linear Dynamic Analysis and Design of Steel Structure.mp478.71MB
  51. 3. Linear Dynamic Analysis and Design of a Heavy Steel Structure for AISC 360/16. Design of Structural Steel Connections.mp459.56MB
  52. 3. Linear Dynamic Analysis and Design of a Heavy Steel Structure for AISC 360/3. Define Grids and Stories Data with Frame Section Properties.mp455.63MB
  53. 3. Linear Dynamic Analysis and Design of a Heavy Steel Structure for AISC 360/7. Draw Vertical Elevation Bracing along the Minor Sway Direction.mp451.22MB
  54. 3. Linear Dynamic Analysis and Design of a Heavy Steel Structure for AISC 360/10. Define Modal Cases and Supporting Conditions.mp450.65MB
  55. 3. Linear Dynamic Analysis and Design of a Heavy Steel Structure for AISC 360/12. Remove any kind of Errors and Rectification of Mistakes in Modelling.mp431.63MB
  56. 3. Linear Dynamic Analysis and Design of a Heavy Steel Structure for AISC 360/11. Define Semi Rigid Diaphragms for all the floors.mp413.82MB
  57. 4. Linear Modal Analysis and Design of Steel Space Truss Structure as per AISC360/2. Assign Supporting Conditions , Section Properties and Loads to the Truss.mp4120.71MB
  58. 4. Linear Modal Analysis and Design of Steel Space Truss Structure as per AISC360/5. Design of Steel Space Truss as per AISC 360-16.mp489.69MB
  59. 4. Linear Modal Analysis and Design of Steel Space Truss Structure as per AISC360/1. Modelling of Structural Steel Space Truss with Free Modelling Approach.mp462.57MB
  60. 4. Linear Modal Analysis and Design of Steel Space Truss Structure as per AISC360/4. Eigen Modal Analysis and Modal Static Analysis of the Truss.mp447.3MB
  61. 4. Linear Modal Analysis and Design of Steel Space Truss Structure as per AISC360/3. Remove any kind of Instability in the Truss by Check Model Option.mp439.67MB
  62. 5. Non Linear Static AnalysisPush over Analysis/6. Assign PMM hinges to the structure.mp4102.2MB
  63. 5. Non Linear Static AnalysisPush over Analysis/2. Define Non-Linear Material and Section Properties.mp481.86MB
  64. 5. Non Linear Static AnalysisPush over Analysis/7. Analyze and Check the Model with Non Linear Pushover Load Case.mp478.63MB
  65. 5. Non Linear Static AnalysisPush over Analysis/9. Improve the Performance of the Structure.mp472.51MB
  66. 5. Non Linear Static AnalysisPush over Analysis/5. Define Gravity and Push over Load Case.mp469.07MB
  67. 5. Non Linear Static AnalysisPush over Analysis/1. Introduction to the Pushover analysis (Non -Linear Static Analysis).mp460.9MB
  68. 5. Non Linear Static AnalysisPush over Analysis/3. Define Loads Patterns and Load Cases.mp445.52MB
  69. 5. Non Linear Static AnalysisPush over Analysis/8. Study the Pushover Curve and Learn to Find Performance point.mp425.79MB
  70. 5. Non Linear Static AnalysisPush over Analysis/4. Analyze and Design the Structure.mp421.74MB
  71. 6. 23 Storey High Rise RCC Building as per Indian Standards/28. Define Load Combinations.mp4981.67MB
  72. 6. 23 Storey High Rise RCC Building as per Indian Standards/19. Introduction and Explaination of IS18932016.mp4372.52MB
  73. 6. 23 Storey High Rise RCC Building as per Indian Standards/10. Model the RCC Columns and Shear Walls in the Structure.mp4257.3MB
  74. 6. 23 Storey High Rise RCC Building as per Indian Standards/21. Define and Assign Wind Load Patterns.mp4212.3MB
  75. 6. 23 Storey High Rise RCC Building as per Indian Standards/7. Define Frame Sections.mp4191.36MB
  76. 6. 23 Storey High Rise RCC Building as per Indian Standards/29. Understand the ETABS Editor File.mp4171.59MB
  77. 6. 23 Storey High Rise RCC Building as per Indian Standards/37. Design of RCC Beams and Columns.mp4167.85MB
  78. 6. 23 Storey High Rise RCC Building as per Indian Standards/24. Define Staircase and Super Imposed Dead Loading.mp4159.34MB
  79. 6. 23 Storey High Rise RCC Building as per Indian Standards/30. Set the Analysis Options.mp4156.31MB
  80. 6. 23 Storey High Rise RCC Building as per Indian Standards/35. Review the Dynamic Parameters.mp4148.82MB
  81. 6. 23 Storey High Rise RCC Building as per Indian Standards/34. Check the Static Base Shear.mp4138.59MB
  82. 6. 23 Storey High Rise RCC Building as per Indian Standards/32. Review the Fundamental Mode Shapes.mp4113.03MB
  83. 6. 23 Storey High Rise RCC Building as per Indian Standards/42. Design of Raft Foundation in SAFE.mp4100.25MB
  84. 6. 23 Storey High Rise RCC Building as per Indian Standards/41. Model the Raft Slab in SAFE.mp494.82MB
  85. 6. 23 Storey High Rise RCC Building as per Indian Standards/33. Correct the Mode Shapes.mp491.11MB
  86. 6. 23 Storey High Rise RCC Building as per Indian Standards/4. Enter the Storey Data in the model.mp490.9MB
  87. 6. 23 Storey High Rise RCC Building as per Indian Standards/13. Model the Retaining Walls.mp477.74MB
  88. 6. 23 Storey High Rise RCC Building as per Indian Standards/15. Assign the Diaphragms to the RCC structure.mp470.22MB
  89. 6. 23 Storey High Rise RCC Building as per Indian Standards/26. Define Response Spectrum Load Case and Modal Cases.mp468.25MB
  90. 6. 23 Storey High Rise RCC Building as per Indian Standards/11. Model the Cantilever Slab or Projections.mp466.44MB
  91. 6. 23 Storey High Rise RCC Building as per Indian Standards/23. Define Super Imposed Dead Load , Dead Load and Live Load.mp463.72MB
  92. 6. 23 Storey High Rise RCC Building as per Indian Standards/40. Model the Structure in SAFE.mp459.79MB
  93. 6. 23 Storey High Rise RCC Building as per Indian Standards/38. Design of Shear Wall.mp456.5MB
  94. 6. 23 Storey High Rise RCC Building as per Indian Standards/20. Define Earthquake Load Pattern.mp450.92MB
  95. 6. 23 Storey High Rise RCC Building as per Indian Standards/2. Basic Introduction to the Methodology.mp448.89MB
  96. 6. 23 Storey High Rise RCC Building as per Indian Standards/3. Enter the Grid Spacing in the model.mp448.4MB
  97. 6. 23 Storey High Rise RCC Building as per Indian Standards/14. Assign the Releases to the Structure.mp443.2MB
  98. 6. 23 Storey High Rise RCC Building as per Indian Standards/25. Assign live Load Reduction factors.mp439.95MB
  99. 6. 23 Storey High Rise RCC Building as per Indian Standards/8. Define Diaphragms , Pier Labels and Spandrel Labels.mp438.33MB
  100. 6. 23 Storey High Rise RCC Building as per Indian Standards/1. Learn to Read the Architectural Drawings.mp433.55MB
  101. 6. 23 Storey High Rise RCC Building as per Indian Standards/5. Define the Material Properties.mp432.73MB
  102. 6. 23 Storey High Rise RCC Building as per Indian Standards/39. Export Support Reactions to SAFE.mp424.03MB
  103. 6. 23 Storey High Rise RCC Building as per Indian Standards/9. Define Snap Options.mp422.09MB
  104. 6. 23 Storey High Rise RCC Building as per Indian Standards/18. Define Dead Loads and Live Loads.mp419.98MB
  105. 6. 23 Storey High Rise RCC Building as per Indian Standards/27. Define P-Delta Options.mp418.4MB
  106. 6. 23 Storey High Rise RCC Building as per Indian Standards/22. Define the Mass Source.mp417.4MB
  107. 6. 23 Storey High Rise RCC Building as per Indian Standards/17. Define Response Spectrum Function.mp416.37MB
  108. 6. 23 Storey High Rise RCC Building as per Indian Standards/31. Remove the instability Error.mp416.07MB
  109. 6. 23 Storey High Rise RCC Building as per Indian Standards/16. Check for Instability in the Structure.mp415.49MB
  110. 6. 23 Storey High Rise RCC Building as per Indian Standards/12. Define Supporting Conditions of the RCC Building.mp415.23MB
  111. 6. 23 Storey High Rise RCC Building as per Indian Standards/36. Reduce the number of Modes.mp412.04MB
  112. 6. 23 Storey High Rise RCC Building as per Indian Standards/6. Define Reinforcement Bar Sizes.mp44.54MB
  113. 6. 23 Storey High Rise RCC Building as per Indian Standards/43. ETABS Professional.mp41.61MB
  114. 7. ETABS Basics/11. Define Material Properties for Various Countries.mp459.28MB
  115. 7. ETABS Basics/35. Draw Different types of Beams (Bezier,Spline,Straight Line,Curved Beams etc.).mp454.25MB
  116. 7. ETABS Basics/15. Define Concrete Frame Section Properties.mp445.18MB
  117. 7. ETABS Basics/19. Define Composite Frame Section Properties.mp431.39MB
  118. 7. ETABS Basics/14. Define Tendon Sections.mp430.71MB
  119. 7. ETABS Basics/9. Define European Code Material Properties.mp430.67MB
  120. 7. ETABS Basics/36. Draw Beam, Column and Bracing in Elevation and 3-D view.mp430.02MB
  121. 7. ETABS Basics/38. Define Various Types of Time History Functions.mp429.46MB
  122. 7. ETABS Basics/8. Create Non-Uniform Grid Spacing and Custom Story Data.mp428.66MB
  123. 7. ETABS Basics/6. Create uniform grid spacing and simple story data.mp427.62MB
  124. 7. ETABS Basics/10. Define United States Material Properties.mp427.32MB
  125. 7. ETABS Basics/24. Define Point Springs, Line Springs, Area Springs and Soil Profiles.mp422.85MB
  126. 7. ETABS Basics/23. Define Structural Member Property with the help of Section Designer.mp422.79MB
  127. 7. ETABS Basics/29. Draw Wall Stacks.mp418.05MB
  128. 7. ETABS Basics/12. Define User Material Properties (Customizable Materials).mp417.85MB
  129. 7. ETABS Basics/18. Define Predefined Structural Steel Properties from Defualt Structural Steel Libr.mp415.64MB
  130. 7. ETABS Basics/16. Define Structural Steel SectionsMembers.mp414.86MB
  131. 7. ETABS Basics/41. Define Load Patterns.mp413.29MB
  132. 7. ETABS Basics/33. Quick Draw Secondary Beams.mp412.3MB
  133. 7. ETABS Basics/39. Define Various Types of Response Spectrum Functions.mp411.94MB
  134. 7. ETABS Basics/13. Define Reinforcing Bar Sizes.mp411.67MB
  135. 7. ETABS Basics/31. Quick Draw Bracing in Elevation View.mp410.99MB
  136. 7. ETABS Basics/25. Draw Rectangular Floor and Wall Objects.mp410.72MB
  137. 7. ETABS Basics/32. Quick Draw Columns in Plan and 3-d View.mp410.7MB
  138. 7. ETABS Basics/48. Select and Deselect Option.mp410.59MB
  139. 7. ETABS Basics/47. Assign Restraints to Joint(Example Pinned, Fixed or Roller etc.).mp410.43MB
  140. 7. ETABS Basics/34. Quick Draw Walls and Wall Openings.mp49.72MB
  141. 7. ETABS Basics/42. Define Load Cases.mp49.7MB
  142. 7. ETABS Basics/22. Define RCC Wall Sections.mp49.67MB
  143. 7. ETABS Basics/30. Quick Draw Beams and Columns in Plan, Elevation and 3-D view.mp49.43MB
  144. 7. ETABS Basics/20. Define RCC Slab Sections.mp48.52MB
  145. 7. ETABS Basics/3. Unit System available.mp48.38MB
  146. 7. ETABS Basics/52. Assign Shell Loads (Uniform , Non-Uniform and Load Sets etc.).mp48.22MB
  147. 7. ETABS Basics/44. Define Modal Cases.mp47.19MB
  148. 7. ETABS Basics/50. Assign Frame Loads(Point,Distributed, Trapezoidal and Temperature Loads).mp47.05MB
  149. 7. ETABS Basics/5. Structural Steel Design Codes Available in ETABS.mp47.04MB
  150. 7. ETABS Basics/4. Structural Steel Section Databases Library Available in ETABS.mp46.76MB
  151. 7. ETABS Basics/43. Define Load Combinations.mp46.75MB
  152. 7. ETABS Basics/2. Reinforced Cement Concrete Design Codes available in ETABS.mp46.59MB
  153. 7. ETABS Basics/49. Assign Objects(beamsColumnsSlabs) to a Group and Define Them.mp46.01MB
  154. 7. ETABS Basics/26. Draw Irregular Floor objects.mp45.93MB
  155. 7. ETABS Basics/21. Define RCC Drop Section.mp45.59MB
  156. 7. ETABS Basics/28. Draw Walls in Plan View.mp45.51MB
  157. 7. ETABS Basics/51. Assign Joint Loads(Translational Force and Rotational Moment along all axis).mp45.35MB
  158. 7. ETABS Basics/1. Introduction to the Welcome Screen.mp44.58MB
  159. 7. ETABS Basics/40. Define Mass Source being used for Earthquake Analysis.mp44.44MB
  160. 7. ETABS Basics/46. Define Diaphragms(Flexible or Semi Rigid).mp43.2MB
  161. 7. ETABS Basics/27. Draw irregular Wall objects.mp42.74MB
  162. 7. ETABS Basics/45. Define P-Delta Options(Two Options available).mp42.63MB
  163. 7. ETABS Basics/37. Define Temperature Loads at a Joint.mp42.09MB
  164. 8. Learn basic Modelling of a Structure and Design as per Euro codes/1. Modelling, Analysis and Design of a Flat Slab Structure as per Euro Codes.mp461.45MB
  165. 9. Design Raft Foundation in ETABS/1. Theory Concepts for modelling Raft Foundation.mp4180.77MB
  166. 9. Design Raft Foundation in ETABS/2. Modelling Raft Foundation in ETABS.mp4170.87MB
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