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23.1 GB | 57min 48s | mp4 | 1280X720 | 16:9
Genre:eLearning |Language:English
Files Included :
1 -Introduction to the Structural Steel Mezzanine floors in Australia.mp4 (299.84 MB)
2 -Modelling of Mezzanine Floor in ETABS.mp4 (163.93 MB)
3 -Modelling of Secondary beams and Deck floors.mp4 (106.7 MB)
4 -Application of Seismic loads in ETABS as per AS1170 on Mezzanine Steel Structure.mp4 (247.77 MB)
5 -Defining Load Combinations, Mass Source and P-Delta in ETABS.mp4 (349.22 MB)
6 -Design Results and Verification in ETABS.mp4 (296.2 MB)
7 -Steel Design as per AS41002020 and Composite beam Design.mp4 (423.63 MB)
1 -An introduction to AS1170 2, including its Applicability and Basics.mp4 (115.89 MB)
10 -Explanation of Aerodynamic Shape Factor (Cshp).mp4 (189.06 MB)
2 -Site Wind Speed, Regional Wind Speed, and Design Wind Speed (Vsit,β, Vdes,θ, Vr).mp4 (169.47 MB)
3 -Wind Pressure, Friction Drag Forces, and Debris Impact Loading.mp4 (126.06 MB)
4 -Regional Wind Speed (Vr), Climate Change Multiplier (Mc) and (Md).mp4 (201.18 MB)
5 -Terrain Category and TerrainHeight Multiplier (Mz,cat).mp4 (121.69 MB)
6 -Shielding Multiplier (Ms) with Practical Example as per AS1170 2 21.mp4 (154.5 MB)
7 -Lee Multiplier (Mlee) Calculation for New Zealand.mp4 (20.93 MB)
8 -Topographic Multiplier (Mt) and Hill Shape Multiplier (Mh) for Hills.mp4 (141.07 MB)
9 -calculation of Regional Wind Speed, Wind Pressure & Topographic Multiplier (Mt).mp4 (268.02 MB)
1 -Internal Pressure Coefficient Cpi - Meaning and Detailed Explanation.mp4 (120.06 MB)
2 -Internal pressure Cpi Values for Different Opening Areas and Volume Factor kv.mp4 (274.01 MB)
3 -External Pressure Coefficient Cpe - Roofs and Walls.mp4 (241.89 MB)
4 -Cpe and Cpi Calculation Example with reference to the AS1170 2 2021.mp4 (225.19 MB)
1 -Calculation of Aerodynamic Shape Factor for Hoarding Structure (Cshp).mp4 (257.39 MB)
10 -Calculation of Aerodynamic Shape Factor for Conical Canopies (Cshp).mp4 (33.45 MB)
11 -Calculation of Cshp for Solar Panel mounted on Ground.mp4 (210.11 MB)
12 -Calculation of Cshp for Solar Panel mounted on Roof.mp4 (103.3 MB)
2 -Calculation of Aerodynamic Shape Factor for Hyperbolic Paraboloid Roof Structure.mp4 (137.02 MB)
3 -Calculation of Aerodynamic Shape Factor for Cantilever Roof and Canopies (Cshp).mp4 (265.72 MB)
4 -Calculation of Dynamic Coefficient Factor for Cantilever Roofs with Span 15m.mp4 (116.18 MB)
5 -Calculation of Aerodynamic Shape Factor for Troughed Free Roof (Cshp).mp4 (218.45 MB)
6 -Calculation of Aerodynamic Shape Factor for Mono-Slope Free Roof (Cshp).mp4 (132.82 MB)
7 -Calculation of Aerodynamic Shape Factor for Pitched Free Roof (Cshp).mp4 (96.47 MB)
8 -Calculation of Aerodynamic Shape Factor for Awnings and Canopies.mp4 (76.42 MB)
9 -Calculation of Aerodynamic Shape Factor for Carports (Cshp).mp4 (44.81 MB)
1 -Dynamic Response Factor Cdyn for Tall Buildings and Towers -Detailed Calculation.mp4 (275.67 MB)
2 -Dynamic Response Factor Cdyn for Towers, Poles and Masts with Head Frames.mp4 (285.07 MB)
3 -Dynamic Response Factor Cdyn for Timber Monopole.mp4 (172.54 MB)
4 -Design of Steel Monopoles with Head Frame as per AS4100 and AS1170 2 2021.mp4 (206.84 MB)
1 -Permanent and Imposed Actions for all categories of building structures.mp4 (379.47 MB)
2 -Calculation of Live Load Reduction Factor (LLRF) with Example in ETABS.mp4 (194.99 MB)
3 -Imposed Actions for Roofs, Car Parking Buildings and Railing Horizontal loads.mp4 (299.83 MB)
4 -Horizontal Actions on Crane Rails and Grandstands including Imposed Actions.mp4 (222.83 MB)
1 -Concept of Streamlined Body, Bluff Body Aerodynamics and Vortex Shedding.mp4 (205.08 MB)
2 -Mitigation of Vortex Shedding Effects with Stock Dampers and Helical Strakes.mp4 (117.83 MB)
3 -Significance of Reynolds Number, Strouhal Number and Wake effects.mp4 (139.63 MB)
4 -Along and Across Wind Motion in Detail including Comfort Criteria for Building.mp4 (223.73 MB)
1 -Annual Probability of Exceedance, Probability Factor (Kp) and Hazard Factor(z).mp4 (299.1 MB)
2 -Earthquake Design Categories EDC1, EDC2, EDC3 as per KpZ and Importance Factor.mp4 (200.94 MB)
3 -Design Principles of Seismic Force Resisting System of Buildings and Structures.mp4 (193.07 MB)
4 -Application of Static and Dynamic Analysis and Seismic Code Provisions.mp4 (356.48 MB)
5 -Natural Period of the Structure and Vertical Distribution of Earthquake Forces.mp4 (307.87 MB)
6 -Seismic Load Calculations for Moment Resisting Steel Frame Structure.mp4 (130.43 MB)
7 -Seismic Load Calculations for Moment Resisting Concrete Frame Parking Structure.mp4 (76.48 MB)
8 -Seismic Load Calculations for Moment Resisting Concrete Frame Golf Club.mp4 (44.49 MB)
9 -Theory Examples of Seismic Calculations for Buildings as per AS1170 4.mp4 (77.33 MB)
1 -Categorization of Region of Australia and New Zealand for Snow and Ice Actions.mp4 (153.17 MB)
2 -Ice Actions, Wind loads on Iced Structures, Snow Actions and Ground Snow loads.mp4 (210.81 MB)
3 -Ground snow load(Sg) for Alpine and Sub-Alpine region in Australia.mp4 (92.94 MB)
4 -Example calculation of Snow actions for Gable Roof as per AS1170 3.mp4 (73.97 MB)
1 -Introduction to the Cold Form Steel members.mp4 (113.76 MB)
10 -Design of Anchors to support the Mezzanine on the RCC Floor.mp4 (136.53 MB)
2 -Purlins and Girts in PEMB System - Detailed Explaination.mp4 (178.42 MB)
3 -Understanding Moment Capacity Tables for Purlins and Girts.mp4 (151.94 MB)
4 -Structure Design of C-Purlins in Ex-Facta Software - Strength and Serviceability.mp4 (160.72 MB)
5 -Structure Design of Purlins for 5 KPa Imposed Load on Mezzanine.mp4 (156.43 MB)
6 -Modelling of Structure Steel Mezzanine in ETABS.mp4 (163.42 MB)
7 -Defining Load Patterns in ETABS.mp4 (177.11 MB)
8 -Defining Load Combinations as per AS1170.mp4 (193.5 MB)
9 -Design Calculations Check for Steel Structure as per AS41002020.mp4 (224.12 MB)
1 -Introduction to Structural Steel Pipe Racks.mp4 (173.46 MB)
10 -Design of RCC Foundations for Axial Load and Bending Moment.mp4 (224.16 MB)
11 -Design of Moment Connection for Steel Moment Resistant Frame.mp4 (328.96 MB)
12 -Design of Shear Connection for Steel Frame of Pipe Rack.mp4 (107.08 MB)
13 -Design of Bracing connection as per AS41002020.mp4 (85.88 MB)
2 -Modelling of Structural Steel Piperacks with Plan and Elevation Bracings.mp4 (236.33 MB)
3 -Application of Dead Loads, Piping loads and Seismic Loads to the Pipe Rack.mp4 (401.65 MB)
4 -Preliminary Design for Gravity and Piping Loads as per AS41002020.mp4 (233.67 MB)
5 -Calculation of Wind Speed as per AS1170 2 for Open Steel Structure.mp4 (163.98 MB)
6 -Application of Wind Load on Open Steel Structures.mp4 (293.63 MB)
7 -Strength and Serviceability Design of Pipe Racks Steel Structure.mp4 (174.84 MB)
8 -Design of base plate for Axial load and Bending Moment as per AS41002020.mp4 (321.33 MB)
9 -Design of RCC Pedestals as per AS36002018.mp4 (107.35 MB)
1 -Introduction to Structural Steel Foot Over Bridges Constructed in Australia.mp4 (269.72 MB)
2 -Design of Cold Form Beams to support Deck.mp4 (31.71 MB)
3 -Modelling of Structural Steel Foot Over Bridge in ETABS.mp4 (88.28 MB)
4 -Application of Dead Loads, Live Loads and Seismic Loads on the foot Over Bridge.mp4 (80.91 MB)
5 -Calculation of Wind Load on Foot over bridge Structure as an Open Structure.mp4 (210.98 MB)
6 -Load Combinations as per AS1170 for Wind and Seismic Loads.mp4 (97.36 MB)
7 -Design of Steel Structure of Foot Over Bridge as per AS41002020.mp4 (120.59 MB)
8 -Design of Structural Steel Connections as per AS41002020 for Foot Over Bridge.mp4 (252.88 MB)
1 -Introduction to Uniform Beams and Uniform Columns - Structural Steel Members.mp4 (165.71 MB)
2 -Understanding Second Moment of Area & Sectional Modulus.mp4 (148.53 MB)
3 -Rectangular Hollow Sections, Square Hollow & Circular Hollow Sections.mp4 (207.56 MB)
4 -Capacity Reduction Factors for Bending, Shear and Compression as per AS4100.mp4 (126.63 MB)
5 -Introduction to Steel Buildings in Australia - Steel Structural System Followed.mp4 (755.8 MB)
6 -PEMB Steel Buildings - Pre-Engineered Metal Building systems and components.mp4 (557.45 MB)
7 -Different Structural Steel systems and their behavior.mp4 (254.32 MB)
1 -Understanding Different types of Members in Steel Structures.mp4 (273.52 MB)
10 -Detailed Calculations in ETABS for Laterally Unsupported Steel beams.mp4 (231.62 MB)
11 -Design of Cantilever Steel beams with Detailed Calculations.mp4 (257.58 MB)
12 -Design of Beam-Columns as per AS41002020.mp4 (229.9 MB)
2 -Design of Tension Members as per AS4100.mp4 (197.07 MB)
3 -Design of Compression members as per AS41002020.mp4 (330.58 MB)
4 -Design Calculations in ETABS for Compression members with Hand Calculation.mp4 (168.27 MB)
5 -Design of Laterally Supported Structural Steel Beams.mp4 (161.89 MB)
6 -Design of Laterally Unsupported Structural Steel beams.mp4 (165.72 MB)
7 -Values of Kt, Kl and Kr for Structural Steel beams.mp4 (111.05 MB)
8 -Bending capacity of Laterally Unsupported Steel beams.mp4 (224.64 MB)
9 -Calculation of Shear Capacity of Structural Steel beams.mp4 (238.86 MB)
1 -Types of Structural Steel Bolts - Different Grades and Strength Parameters.mp4 (71.16 MB)
2 -Snug Tight, Bearing Type and Friction Type Bolts as per AS41002020.mp4 (170.45 MB)
3 -Tension, Shear and Bearing Capacity of Steel Bolts.mp4 (161.97 MB)
4 -Thumbrules to calculate Capacity of Structure Steel Bolts.mp4 (38.1 MB)
5 -Calculation of Capacity of Weld for different grades and thickness.mp4 (38.56 MB)
6 -Difference in GP- SP - General purpose and Structural purpose Welding.mp4 (33.71 MB)
7 -Design of Structural Steel Pin as per AS4100.mp4 (143.86 MB)
1 -Mechanical and Chemical Anchors Meaning and Detailed Explanation.mp4 (167.14 MB)
2 -Types of Failure in Mechanical and Chemical Anchors.mp4 (126.54 MB)
3 -Detailed discussion on Mechanical and Chemical Anchors.mp4 (238.45 MB)
4 -Detailed Design Calculations of Anchors as per AS52162021.mp4 (192 MB)
1 -Introduction to Type of Loads for ASNZ and Section-1 of AS1170.mp4 (86.58 MB)
2 -Importance level of Buildings and Structures with Probability of Exceedance-AUST.mp4 (206.72 MB)
3 -Importance level of Buildings and Structures with Probability of Exceedance-NZS.mp4 (101.03 MB)
4 -Stability and Strength Load Combinations including Long Term and Earthquake.mp4 (201.53 MB)
5 -Serviceability Limit State and Combination of Actions including Criteria.mp4 (359.97 MB)]
Screenshot
![[Image: u6UC7qi3_o.jpg]](https://images2.imgbox.com/4d/81/u6UC7qi3_o.jpg)
1 -Introduction to the Structural Steel Mezzanine floors in Australia.mp4 (299.84 MB)
2 -Modelling of Mezzanine Floor in ETABS.mp4 (163.93 MB)
3 -Modelling of Secondary beams and Deck floors.mp4 (106.7 MB)
4 -Application of Seismic loads in ETABS as per AS1170 on Mezzanine Steel Structure.mp4 (247.77 MB)
5 -Defining Load Combinations, Mass Source and P-Delta in ETABS.mp4 (349.22 MB)
6 -Design Results and Verification in ETABS.mp4 (296.2 MB)
7 -Steel Design as per AS41002020 and Composite beam Design.mp4 (423.63 MB)
1 -An introduction to AS1170 2, including its Applicability and Basics.mp4 (115.89 MB)
10 -Explanation of Aerodynamic Shape Factor (Cshp).mp4 (189.06 MB)
2 -Site Wind Speed, Regional Wind Speed, and Design Wind Speed (Vsit,β, Vdes,θ, Vr).mp4 (169.47 MB)
3 -Wind Pressure, Friction Drag Forces, and Debris Impact Loading.mp4 (126.06 MB)
4 -Regional Wind Speed (Vr), Climate Change Multiplier (Mc) and (Md).mp4 (201.18 MB)
5 -Terrain Category and TerrainHeight Multiplier (Mz,cat).mp4 (121.69 MB)
6 -Shielding Multiplier (Ms) with Practical Example as per AS1170 2 21.mp4 (154.5 MB)
7 -Lee Multiplier (Mlee) Calculation for New Zealand.mp4 (20.93 MB)
8 -Topographic Multiplier (Mt) and Hill Shape Multiplier (Mh) for Hills.mp4 (141.07 MB)
9 -calculation of Regional Wind Speed, Wind Pressure & Topographic Multiplier (Mt).mp4 (268.02 MB)
1 -Internal Pressure Coefficient Cpi - Meaning and Detailed Explanation.mp4 (120.06 MB)
2 -Internal pressure Cpi Values for Different Opening Areas and Volume Factor kv.mp4 (274.01 MB)
3 -External Pressure Coefficient Cpe - Roofs and Walls.mp4 (241.89 MB)
4 -Cpe and Cpi Calculation Example with reference to the AS1170 2 2021.mp4 (225.19 MB)
1 -Calculation of Aerodynamic Shape Factor for Hoarding Structure (Cshp).mp4 (257.39 MB)
10 -Calculation of Aerodynamic Shape Factor for Conical Canopies (Cshp).mp4 (33.45 MB)
11 -Calculation of Cshp for Solar Panel mounted on Ground.mp4 (210.11 MB)
12 -Calculation of Cshp for Solar Panel mounted on Roof.mp4 (103.3 MB)
2 -Calculation of Aerodynamic Shape Factor for Hyperbolic Paraboloid Roof Structure.mp4 (137.02 MB)
3 -Calculation of Aerodynamic Shape Factor for Cantilever Roof and Canopies (Cshp).mp4 (265.72 MB)
4 -Calculation of Dynamic Coefficient Factor for Cantilever Roofs with Span 15m.mp4 (116.18 MB)
5 -Calculation of Aerodynamic Shape Factor for Troughed Free Roof (Cshp).mp4 (218.45 MB)
6 -Calculation of Aerodynamic Shape Factor for Mono-Slope Free Roof (Cshp).mp4 (132.82 MB)
7 -Calculation of Aerodynamic Shape Factor for Pitched Free Roof (Cshp).mp4 (96.47 MB)
8 -Calculation of Aerodynamic Shape Factor for Awnings and Canopies.mp4 (76.42 MB)
9 -Calculation of Aerodynamic Shape Factor for Carports (Cshp).mp4 (44.81 MB)
1 -Dynamic Response Factor Cdyn for Tall Buildings and Towers -Detailed Calculation.mp4 (275.67 MB)
2 -Dynamic Response Factor Cdyn for Towers, Poles and Masts with Head Frames.mp4 (285.07 MB)
3 -Dynamic Response Factor Cdyn for Timber Monopole.mp4 (172.54 MB)
4 -Design of Steel Monopoles with Head Frame as per AS4100 and AS1170 2 2021.mp4 (206.84 MB)
1 -Permanent and Imposed Actions for all categories of building structures.mp4 (379.47 MB)
2 -Calculation of Live Load Reduction Factor (LLRF) with Example in ETABS.mp4 (194.99 MB)
3 -Imposed Actions for Roofs, Car Parking Buildings and Railing Horizontal loads.mp4 (299.83 MB)
4 -Horizontal Actions on Crane Rails and Grandstands including Imposed Actions.mp4 (222.83 MB)
1 -Concept of Streamlined Body, Bluff Body Aerodynamics and Vortex Shedding.mp4 (205.08 MB)
2 -Mitigation of Vortex Shedding Effects with Stock Dampers and Helical Strakes.mp4 (117.83 MB)
3 -Significance of Reynolds Number, Strouhal Number and Wake effects.mp4 (139.63 MB)
4 -Along and Across Wind Motion in Detail including Comfort Criteria for Building.mp4 (223.73 MB)
1 -Annual Probability of Exceedance, Probability Factor (Kp) and Hazard Factor(z).mp4 (299.1 MB)
2 -Earthquake Design Categories EDC1, EDC2, EDC3 as per KpZ and Importance Factor.mp4 (200.94 MB)
3 -Design Principles of Seismic Force Resisting System of Buildings and Structures.mp4 (193.07 MB)
4 -Application of Static and Dynamic Analysis and Seismic Code Provisions.mp4 (356.48 MB)
5 -Natural Period of the Structure and Vertical Distribution of Earthquake Forces.mp4 (307.87 MB)
6 -Seismic Load Calculations for Moment Resisting Steel Frame Structure.mp4 (130.43 MB)
7 -Seismic Load Calculations for Moment Resisting Concrete Frame Parking Structure.mp4 (76.48 MB)
8 -Seismic Load Calculations for Moment Resisting Concrete Frame Golf Club.mp4 (44.49 MB)
9 -Theory Examples of Seismic Calculations for Buildings as per AS1170 4.mp4 (77.33 MB)
1 -Categorization of Region of Australia and New Zealand for Snow and Ice Actions.mp4 (153.17 MB)
2 -Ice Actions, Wind loads on Iced Structures, Snow Actions and Ground Snow loads.mp4 (210.81 MB)
3 -Ground snow load(Sg) for Alpine and Sub-Alpine region in Australia.mp4 (92.94 MB)
4 -Example calculation of Snow actions for Gable Roof as per AS1170 3.mp4 (73.97 MB)
1 -Introduction to the Cold Form Steel members.mp4 (113.76 MB)
10 -Design of Anchors to support the Mezzanine on the RCC Floor.mp4 (136.53 MB)
2 -Purlins and Girts in PEMB System - Detailed Explaination.mp4 (178.42 MB)
3 -Understanding Moment Capacity Tables for Purlins and Girts.mp4 (151.94 MB)
4 -Structure Design of C-Purlins in Ex-Facta Software - Strength and Serviceability.mp4 (160.72 MB)
5 -Structure Design of Purlins for 5 KPa Imposed Load on Mezzanine.mp4 (156.43 MB)
6 -Modelling of Structure Steel Mezzanine in ETABS.mp4 (163.42 MB)
7 -Defining Load Patterns in ETABS.mp4 (177.11 MB)
8 -Defining Load Combinations as per AS1170.mp4 (193.5 MB)
9 -Design Calculations Check for Steel Structure as per AS41002020.mp4 (224.12 MB)
1 -Introduction to Structural Steel Pipe Racks.mp4 (173.46 MB)
10 -Design of RCC Foundations for Axial Load and Bending Moment.mp4 (224.16 MB)
11 -Design of Moment Connection for Steel Moment Resistant Frame.mp4 (328.96 MB)
12 -Design of Shear Connection for Steel Frame of Pipe Rack.mp4 (107.08 MB)
13 -Design of Bracing connection as per AS41002020.mp4 (85.88 MB)
2 -Modelling of Structural Steel Piperacks with Plan and Elevation Bracings.mp4 (236.33 MB)
3 -Application of Dead Loads, Piping loads and Seismic Loads to the Pipe Rack.mp4 (401.65 MB)
4 -Preliminary Design for Gravity and Piping Loads as per AS41002020.mp4 (233.67 MB)
5 -Calculation of Wind Speed as per AS1170 2 for Open Steel Structure.mp4 (163.98 MB)
6 -Application of Wind Load on Open Steel Structures.mp4 (293.63 MB)
7 -Strength and Serviceability Design of Pipe Racks Steel Structure.mp4 (174.84 MB)
8 -Design of base plate for Axial load and Bending Moment as per AS41002020.mp4 (321.33 MB)
9 -Design of RCC Pedestals as per AS36002018.mp4 (107.35 MB)
1 -Introduction to Structural Steel Foot Over Bridges Constructed in Australia.mp4 (269.72 MB)
2 -Design of Cold Form Beams to support Deck.mp4 (31.71 MB)
3 -Modelling of Structural Steel Foot Over Bridge in ETABS.mp4 (88.28 MB)
4 -Application of Dead Loads, Live Loads and Seismic Loads on the foot Over Bridge.mp4 (80.91 MB)
5 -Calculation of Wind Load on Foot over bridge Structure as an Open Structure.mp4 (210.98 MB)
6 -Load Combinations as per AS1170 for Wind and Seismic Loads.mp4 (97.36 MB)
7 -Design of Steel Structure of Foot Over Bridge as per AS41002020.mp4 (120.59 MB)
8 -Design of Structural Steel Connections as per AS41002020 for Foot Over Bridge.mp4 (252.88 MB)
1 -Introduction to Uniform Beams and Uniform Columns - Structural Steel Members.mp4 (165.71 MB)
2 -Understanding Second Moment of Area & Sectional Modulus.mp4 (148.53 MB)
3 -Rectangular Hollow Sections, Square Hollow & Circular Hollow Sections.mp4 (207.56 MB)
4 -Capacity Reduction Factors for Bending, Shear and Compression as per AS4100.mp4 (126.63 MB)
5 -Introduction to Steel Buildings in Australia - Steel Structural System Followed.mp4 (755.8 MB)
6 -PEMB Steel Buildings - Pre-Engineered Metal Building systems and components.mp4 (557.45 MB)
7 -Different Structural Steel systems and their behavior.mp4 (254.32 MB)
1 -Understanding Different types of Members in Steel Structures.mp4 (273.52 MB)
10 -Detailed Calculations in ETABS for Laterally Unsupported Steel beams.mp4 (231.62 MB)
11 -Design of Cantilever Steel beams with Detailed Calculations.mp4 (257.58 MB)
12 -Design of Beam-Columns as per AS41002020.mp4 (229.9 MB)
2 -Design of Tension Members as per AS4100.mp4 (197.07 MB)
3 -Design of Compression members as per AS41002020.mp4 (330.58 MB)
4 -Design Calculations in ETABS for Compression members with Hand Calculation.mp4 (168.27 MB)
5 -Design of Laterally Supported Structural Steel Beams.mp4 (161.89 MB)
6 -Design of Laterally Unsupported Structural Steel beams.mp4 (165.72 MB)
7 -Values of Kt, Kl and Kr for Structural Steel beams.mp4 (111.05 MB)
8 -Bending capacity of Laterally Unsupported Steel beams.mp4 (224.64 MB)
9 -Calculation of Shear Capacity of Structural Steel beams.mp4 (238.86 MB)
1 -Types of Structural Steel Bolts - Different Grades and Strength Parameters.mp4 (71.16 MB)
2 -Snug Tight, Bearing Type and Friction Type Bolts as per AS41002020.mp4 (170.45 MB)
3 -Tension, Shear and Bearing Capacity of Steel Bolts.mp4 (161.97 MB)
4 -Thumbrules to calculate Capacity of Structure Steel Bolts.mp4 (38.1 MB)
5 -Calculation of Capacity of Weld for different grades and thickness.mp4 (38.56 MB)
6 -Difference in GP- SP - General purpose and Structural purpose Welding.mp4 (33.71 MB)
7 -Design of Structural Steel Pin as per AS4100.mp4 (143.86 MB)
1 -Mechanical and Chemical Anchors Meaning and Detailed Explanation.mp4 (167.14 MB)
2 -Types of Failure in Mechanical and Chemical Anchors.mp4 (126.54 MB)
3 -Detailed discussion on Mechanical and Chemical Anchors.mp4 (238.45 MB)
4 -Detailed Design Calculations of Anchors as per AS52162021.mp4 (192 MB)
1 -Introduction to Type of Loads for ASNZ and Section-1 of AS1170.mp4 (86.58 MB)
2 -Importance level of Buildings and Structures with Probability of Exceedance-AUST.mp4 (206.72 MB)
3 -Importance level of Buildings and Structures with Probability of Exceedance-NZS.mp4 (101.03 MB)
4 -Stability and Strength Load Combinations including Long Term and Earthquake.mp4 (201.53 MB)
5 -Serviceability Limit State and Combination of Actions including Criteria.mp4 (359.97 MB)]
Screenshot
![[Image: signature.png]](https://softwarez.info/images/avsg/signature.png)
