Structural Engineering Quiz #1: Are You Ready to Score 15+?
Structural Engineer Calcs
Structural Engineering Quiz #1: Are You Ready to Score 15+?
6:54
How Buildings Stand Strong: The Essential Guide to Beams & Loads
Structural Engineer Calcs
How Buildings Stand Strong: The Essential Guide to Beams & Loads
7:00
How to Calculate Steel Beam Deflection: A Simplified Worked Example
Structural Engineer Calcs
How to Calculate Steel Beam Deflection: A Simplified Worked Example
4:37
How to Design a Concrete Encased Steel Column | Structural Engineering Worked Example.
Structural Engineer Calcs
How to Design a Concrete Encased Steel Column | Structural Engineering Worked Example.
5:25
Determinate & Indeterminate Steel Beams Structure | Worked Example
Structural Engineer Calcs
Determinate & Indeterminate Steel Beams Structure | Worked Example
8:35
Mastering Member Design | Avoiding Common Pitfalls in Structural Engineering.
Structural Engineer Calcs
Mastering Member Design | Avoiding Common Pitfalls in Structural Engineering.
15:18
The Ultimate Structural Analysis | Output Review Checklist
Structural Engineer Calcs
The Ultimate Structural Analysis | Output Review Checklist
4:07
Load Analysis | Ensuring the Safety of Skyscrapers and Large Structures.
Structural Engineer Calcs
Load Analysis | Ensuring the Safety of Skyscrapers and Large Structures.
11:11
Why Base Stiffness Is Crucial to Understanding Soil Structure Interaction.
Structural Engineer Calcs
Why Base Stiffness Is Crucial to Understanding Soil Structure Interaction.
8:02
Mastering Structural Design: Understanding Rigid and Pinned Connections for Accurate Analysis.
Structural Engineer Calcs
Mastering Structural Design: Understanding Rigid and Pinned Connections for Accurate Analysis.
9:36
Understanding Analysis Modeling Methods for Portal Frames
Structural Engineer Calcs
Understanding Analysis Modeling Methods for Portal Frames
8:02
Design Strong and Cost Effective Trusses | The Ultimate Guide.
Structural Engineer Calcs
Design Strong and Cost Effective Trusses | The Ultimate Guide.
7:12
How Shear Deflection Impacts Deep and Composite Beams.
Structural Engineer Calcs
How Shear Deflection Impacts Deep and Composite Beams.
4:46
Unlocking the Secrets of Building Design: From Framing Options to 2D vs 3D Modelling!
Structural Engineer Calcs
Unlocking the Secrets of Building Design: From Framing Options to 2D vs 3D Modelling!
4:54
Explore the 3 Main Types of Structural Analysis Programs.
Structural Engineer Calcs
Explore the 3 Main Types of Structural Analysis Programs.
3:44
Uncovering the Dark Side of Computer Analysis in Structural Design: The Risks & Realities.
Structural Engineer Calcs
Uncovering the Dark Side of Computer Analysis in Structural Design: The Risks & Realities.
4:17
Pile Cap Foundation Design | The Complete Tutorial with Examples.
Structural Engineer Calcs
Pile Cap Foundation Design | The Complete Tutorial with Examples.
8:24
Master the Art of Pile Cap Design: Axial Forces, Node Checks, & Detailing Rules Explained.
Structural Engineer Calcs
Master the Art of Pile Cap Design: Axial Forces, Node Checks, & Detailing Rules Explained.
6:51
Designing for Safety | The Role of Assumptions, Accuracy, and Precision in Structural Calculations.
Structural Engineer Calcs
Designing for Safety | The Role of Assumptions, Accuracy, and Precision in Structural Calculations.
4:59
Simplifying Torsional Load Design | Utilizing Square Hollow Sections in Structural Engineering.
Structural Engineer Calcs
Simplifying Torsional Load Design | Utilizing Square Hollow Sections in Structural Engineering.
3:43
How to Plan a Loft Conversion that Enhances Your Home.
Structural Engineer Calcs
How to Plan a Loft Conversion that Enhances Your Home.
4:58
Surprising Impact of End Restraints on Steel Beam Strength.
Structural Engineer Calcs
Surprising Impact of End Restraints on Steel Beam Strength.
4:44
How to Calculate Pull-Out Resistance | Maximizing the Strength of Your Holding Down Bolts.
Structural Engineer Calcs
How to Calculate Pull-Out Resistance | Maximizing the Strength of Your Holding Down Bolts.
4:37
Effortlessly Calculate Timber Floor Maximum Span.
Structural Engineer Calcs
Effortlessly Calculate Timber Floor Maximum Span.
3:30
Why Reinforcement is a Must for Concrete Structures
Structural Engineer Calcs
Why Reinforcement is a Must for Concrete Structures
4:20
Top 10 Structural Engineering Mistakes to Avoid.
Structural Engineer Calcs
Top 10 Structural Engineering Mistakes to Avoid.
3:43
Structural Engineering Rule of Thumb Tips.
Structural Engineer Calcs
Structural Engineering Rule of Thumb Tips.
6:30
Top 10 Structural Engineering Formulas You Need to Know.
Structural Engineer Calcs
Top 10 Structural Engineering Formulas You Need to Know.
5:17
The Importance of Structural Foundations.
Structural Engineer Calcs
The Importance of Structural Foundations.
15:59
Removing a load bearing wall | Steel Beam Sizes.
Structural Engineer Calcs
Removing a load bearing wall | Steel Beam Sizes.
5:15
Structural Collapse
Structural Engineer Calcs
Structural Collapse
3:15
How to calculate the deflection of a cantilever beam.
Structural Engineer Calcs
How to calculate the deflection of a cantilever beam.
2:32
How To Design a Cantilever Steel Beam.
Structural Engineer Calcs
How To Design a Cantilever Steel Beam.
7:58
How to design double angle connections ( Cleat Connections)
Structural Engineer Calcs
How to design double angle connections ( Cleat Connections)
10:43
How to design a Simple Connection ( End Plate)
Structural Engineer Calcs
How to design a Simple Connection ( End Plate)
6:44
How to determine the resistance of a bolted connection (bracing connection).
Structural Engineer Calcs
How to determine the resistance of a bolted connection (bracing connection).
4:51
Should you choose a timber beam or a Flitch beam for your loft conversion?
Structural Engineer Calcs
Should you choose a timber beam or a Flitch beam for your loft conversion?
5:34
How to calculate stresses in reinforced concrete beams | Worked Example
Structural Engineer Calcs
How to calculate stresses in reinforced concrete beams | Worked Example
7:13
Strength of materials | Worked Example.
Structural Engineer Calcs
Strength of materials | Worked Example.
7:26
Simple check of concrete column axial capacity.
Structural Engineer Calcs
Simple check of concrete column axial capacity.
2:44
How to work out the initial size of a concrete beam | Rules Of Thumb.
Structural Engineer Calcs
How to work out the initial size of a concrete beam | Rules Of Thumb.
2:43
Rules Of Thumb For Sizing Structural Elements.
Structural Engineer Calcs
Rules Of Thumb For Sizing Structural Elements.
9:35
Eccentric Loading On Foundations | Bearing Pressure
Structural Engineer Calcs
Eccentric Loading On Foundations | Bearing Pressure
5:14
Maximum compressive load of lattice girder angle sections – Back to Back
Structural Engineer Calcs
Maximum compressive load of lattice girder angle sections – Back to Back
5:44
Simple check of Web Bearing & Buckling for steel beams.
Structural Engineer Calcs
Simple check of Web Bearing & Buckling for steel beams.
5:38
Simply Design Trench Fill Foundation.
Structural Engineer Calcs
Simply Design Trench Fill Foundation.
5:02
Simply calculate the shear, base moment & side sway deflection of a Tall Structure.
Structural Engineer Calcs
Simply calculate the shear, base moment & side sway deflection of a Tall Structure.
6:20
Windpost Design & Deflection check
Structural Engineer Calcs
Windpost Design & Deflection check
6:01
How to calculate the deflection of a Steel Truss
Structural Engineer Calcs
How to calculate the deflection of a Steel Truss
3:37
How to work out the Max Bearing Pressure | Undrained - Mass Concrete Retaining Wall.
Structural Engineer Calcs
How to work out the Max Bearing Pressure | Undrained - Mass Concrete Retaining Wall.
6:46
How to work out the Max Bearing Pressure & Sliding FOS | Drained - Mass Concrete Retaining Wall.
Structural Engineer Calcs
How to work out the Max Bearing Pressure & Sliding FOS | Drained - Mass Concrete Retaining Wall.
9:20
How to Calculate Loads on a Retaining Wall.
Structural Engineer Calcs
How to Calculate Loads on a Retaining Wall.
5:21
How to work out stresses in brick walls stiffened with piers.
Structural Engineer Calcs
How to work out stresses in brick walls stiffened with piers.
4:06
Calculate forces that restraints must resist to prevent lateral torsional buckling of steel beams.
Structural Engineer Calcs
Calculate forces that restraints must resist to prevent lateral torsional buckling of steel beams.
3:53
Most Common Material Used in Structural Engineering.
Structural Engineer Calcs
Most Common Material Used in Structural Engineering.
16:36
How to design steel columns with bending.
Structural Engineer Calcs
How to design steel columns with bending.
4:28
How to calculate the axial force and the moments for a column.
Structural Engineer Calcs
How to calculate the axial force and the moments for a column.
4:11
Every Engineer Should Know How to Create Load Combinations.
Structural Engineer Calcs
Every Engineer Should Know How to Create Load Combinations.
12:00
The EASY Way To Design Unreinforced Concrete Foundation.
Structural Engineer Calcs
The EASY Way To Design Unreinforced Concrete Foundation.
4:46
Fixing anchors to existing wall.
Structural Engineer Calcs
Fixing anchors to existing wall.
5:17
What is the difference between compatibility and equilibrium torsion?
Structural Engineer Calcs
What is the difference between compatibility and equilibrium torsion?
2:40
How to do a steel beam calculation
Structural Engineer Calcs
How to do a steel beam calculation
11:32
Surfside Condo Collapse - Why Did the Miami Apartment Building Collapse?
Structural Engineer Calcs
Surfside Condo Collapse - Why Did the Miami Apartment Building Collapse?
5:27
How to check the depth of one way concrete slab.
Structural Engineer Calcs
How to check the depth of one way concrete slab.
5:12
How to determine the bolt size for connecting a bracket subjected to bending moment.
Structural Engineer Calcs
How to determine the bolt size for connecting a bracket subjected to bending moment.
5:30
How to design timber joists | Check for Bending, shear & deflection.
Structural Engineer Calcs
How to design timber joists | Check for Bending, shear & deflection.
11:36
Pad Foundation Design | Punching shear check Part 2.
Structural Engineer Calcs
Pad Foundation Design | Punching shear check Part 2.
10:53
Pad Foundation Design Part 1.
Structural Engineer Calcs
Pad Foundation Design Part 1.
6:33
How to determine the pile capacity.
Structural Engineer Calcs
How to determine the pile capacity.
5:42
How to calculate the capacity of a bolt subjected to shear force | Single & Double Shear
Structural Engineer Calcs
How to calculate the capacity of a bolt subjected to shear force | Single & Double Shear
4:51
How to calculate goal post steel frame forces and lateral deflection using simple equations.
Structural Engineer Calcs
How to calculate goal post steel frame forces and lateral deflection using simple equations.
6:33
An Important Equation Most Structural Engineers Neglect.
Structural Engineer Calcs
An Important Equation Most Structural Engineers Neglect.
9:36
How to determine the design weld resistance, and the required length of welded connections.
Structural Engineer Calcs
How to determine the design weld resistance, and the required length of welded connections.
4:26
How to check the size of baseplate and determine if it is adequate to resist the applied forces
Structural Engineer Calcs
How to check the size of baseplate and determine if it is adequate to resist the applied forces
5:44
How to calculate the bolt diameter required to resist uplift forces.
Structural Engineer Calcs
How to calculate the bolt diameter required to resist uplift forces.
3:02
How to calculate the lateral deflection of a steel flagpole
Structural Engineer Calcs
How to calculate the lateral deflection of a steel flagpole
2:47
How to calculate the required bearing plate thickness to support a steel beam bearing onto a masonry
Structural Engineer Calcs
How to calculate the required bearing plate thickness to support a steel beam bearing onto a masonry
4:38
How to calculate the effective depth of a simply supported reinforced concrete beam.
Structural Engineer Calcs
How to calculate the effective depth of a simply supported reinforced concrete beam.
3:38
How to calculate the length of a reinforced concrete cantilever beam to avoid excessive deflection.
Structural Engineer Calcs
How to calculate the length of a reinforced concrete cantilever beam to avoid excessive deflection.
2:55
How to calculate the stresses at the bottom of a brickwork chimney.
Structural Engineer Calcs
How to calculate the stresses at the bottom of a brickwork chimney.
3:44
How to evaluate the stability of free standing masonry brickwork walls under wind loading.
Structural Engineer Calcs
How to evaluate the stability of free standing masonry brickwork walls under wind loading.
8:11
How to evaluate the stresses in members that are subject to axial forces & bending at the same time.
Structural Engineer Calcs
How to evaluate the stresses in members that are subject to axial forces & bending at the same time.
3:41
How to design a steel column using an easy approach.
Structural Engineer Calcs
How to design a steel column using an easy approach.
4:48
How to find the Moment of Inertia of Non symmetric shapes.
Structural Engineer Calcs
How to find the Moment of Inertia of Non symmetric shapes.
5:41
5 Top equations | Steel Truss Design every Structural Engineer should know
Structural Engineer Calcs
5 Top equations | Steel Truss Design every Structural Engineer should know
3:09
An easy method for Portal Frame preliminary design - every structural engineer should know.
Structural Engineer Calcs
An easy method for Portal Frame preliminary design - every structural engineer should know.
8:04
How to work out wind bracing sizes for portal frame
Structural Engineer Calcs
How to work out wind bracing sizes for portal frame
6:27
How to work out a wind pressure using a simple approach.
Structural Engineer Calcs
How to work out a wind pressure using a simple approach.
4:52
How to work out support reactions of a simply supported beam with a point load - beginners.
Structural Engineer Calcs
How to work out support reactions of a simply supported beam with a point load - beginners.
2:49
How to work out a steel beam splice connection.
Structural Engineer Calcs
How to work out a steel beam splice connection.
8:14
How to do a steel beam deflection calculation
Structural Engineer Calcs
How to do a steel beam deflection calculation
3:08
5 top equations every Structural Engineer should know.
Structural Engineer Calcs
5 top equations every Structural Engineer should know.
3:58
Structural diagrams fixed, pinned & sliding supports
Structural Engineer Calcs
Structural diagrams fixed, pinned & sliding supports
2:24
How internal structural forces work - Axial, Bending & Shear forces
Structural Engineer Calcs
How internal structural forces work - Axial, Bending & Shear forces
4:25
How Structural load & load paths work
Structural Engineer Calcs
How Structural load & load paths work
26:42
Understanding Structural Engineering
Structural Engineer Calcs
Understanding Structural Engineering
20:56
Structural Engineer Calcs Ltd
Structural Engineer Calcs
Structural Engineer Calcs Ltd
1:27