Structural Engineer Calcs

6:54

Structural Engineering Quiz #1: Are You Ready to Score 15+?

7:00

How Buildings Stand Strong: The Essential Guide to Beams & Loads

4:37

How to Calculate Steel Beam Deflection: A Simplified Worked Example

5:25

How to Design a Concrete Encased Steel Column | Structural Engineering Worked Example.

8:35

Determinate & Indeterminate Steel Beams Structure | Worked Example

15:18

Mastering Member Design | Avoiding Common Pitfalls in Structural Engineering.

4:07

The Ultimate Structural Analysis | Output Review Checklist

11:11

Load Analysis | Ensuring the Safety of Skyscrapers and Large Structures.

8:02

Why Base Stiffness Is Crucial to Understanding Soil Structure Interaction.

9:36

Mastering Structural Design: Understanding Rigid and Pinned Connections for Accurate Analysis.

8:02

Understanding Analysis Modeling Methods for Portal Frames

7:12

Design Strong and Cost Effective Trusses | The Ultimate Guide.

4:46

How Shear Deflection Impacts Deep and Composite Beams.

4:54

Unlocking the Secrets of Building Design: From Framing Options to 2D vs 3D Modelling!

3:44

Explore the 3 Main Types of Structural Analysis Programs.

4:17

Uncovering the Dark Side of Computer Analysis in Structural Design: The Risks & Realities.

8:24

Pile Cap Foundation Design | The Complete Tutorial with Examples.

6:51

Master the Art of Pile Cap Design: Axial Forces, Node Checks, & Detailing Rules Explained.

4:59

Designing for Safety | The Role of Assumptions, Accuracy, and Precision in Structural Calculations.

3:43

Simplifying Torsional Load Design | Utilizing Square Hollow Sections in Structural Engineering.

4:58

How to Plan a Loft Conversion that Enhances Your Home.

4:44

Surprising Impact of End Restraints on Steel Beam Strength.

4:37

How to Calculate Pull-Out Resistance | Maximizing the Strength of Your Holding Down Bolts.

3:30

Effortlessly Calculate Timber Floor Maximum Span.

4:20

Why Reinforcement is a Must for Concrete Structures

3:43

Top 10 Structural Engineering Mistakes to Avoid.

6:30

Structural Engineering Rule of Thumb Tips.

5:17

Top 10 Structural Engineering Formulas You Need to Know.

15:59

The Importance of Structural Foundations.

5:15

Removing a load bearing wall | Steel Beam Sizes.

3:15

Structural Collapse

2:32

How to calculate the deflection of a cantilever beam.

7:58

How To Design a Cantilever Steel Beam.

10:43

How to design double angle connections ( Cleat Connections)

6:44

How to design a Simple Connection ( End Plate)

4:51

How to determine the resistance of a bolted connection (bracing connection).

5:34

Should you choose a timber beam or a Flitch beam for your loft conversion?

7:13

How to calculate stresses in reinforced concrete beams | Worked Example

7:26

Strength of materials | Worked Example.

2:44

Simple check of concrete column axial capacity.

2:43

How to work out the initial size of a concrete beam | Rules Of Thumb.

9:35

Rules Of Thumb For Sizing Structural Elements.

5:14

Eccentric Loading On Foundations | Bearing Pressure

5:44

Maximum compressive load of lattice girder angle sections – Back to Back

5:38

Simple check of Web Bearing & Buckling for steel beams.

5:02

Simply Design Trench Fill Foundation.

6:20

Simply calculate the shear, base moment & side sway deflection of a Tall Structure.

6:01

Windpost Design & Deflection check

3:37

How to calculate the deflection of a Steel Truss

6:46

How to work out the Max Bearing Pressure | Undrained - Mass Concrete Retaining Wall.

9:20

How to work out the Max Bearing Pressure & Sliding FOS | Drained - Mass Concrete Retaining Wall.

5:21

How to Calculate Loads on a Retaining Wall.

4:06

How to work out stresses in brick walls stiffened with piers.

3:53

Calculate forces that restraints must resist to prevent lateral torsional buckling of steel beams.

16:36

Most Common Material Used in Structural Engineering.

4:28

How to design steel columns with bending.

4:11

How to calculate the axial force and the moments for a column.

12:00

Every Engineer Should Know How to Create Load Combinations.

4:46

The EASY Way To Design Unreinforced Concrete Foundation.

5:17

Fixing anchors to existing wall.

2:40

What is the difference between compatibility and equilibrium torsion?

11:32

How to do a steel beam calculation

5:27

Surfside Condo Collapse - Why Did the Miami Apartment Building Collapse?

5:12

How to check the depth of one way concrete slab.

5:30

How to determine the bolt size for connecting a bracket subjected to bending moment.

11:36

How to design timber joists | Check for Bending, shear & deflection.

10:53

Pad Foundation Design | Punching shear check Part 2.

6:33

Pad Foundation Design Part 1.

5:42

How to determine the pile capacity.

4:51

How to calculate the capacity of a bolt subjected to shear force | Single & Double Shear

6:33

How to calculate goal post steel frame forces and lateral deflection using simple equations.

9:36

An Important Equation Most Structural Engineers Neglect.

4:26

How to determine the design weld resistance, and the required length of welded connections.

5:44

How to check the size of baseplate and determine if it is adequate to resist the applied forces

3:02

How to calculate the bolt diameter required to resist uplift forces.

2:47

How to calculate the lateral deflection of a steel flagpole

4:38

How to calculate the required bearing plate thickness to support a steel beam bearing onto a masonry

3:38

How to calculate the effective depth of a simply supported reinforced concrete beam.

2:55

How to calculate the length of a reinforced concrete cantilever beam to avoid excessive deflection.

3:44

How to calculate the stresses at the bottom of a brickwork chimney.

8:11

How to evaluate the stability of free standing masonry brickwork walls under wind loading.

3:41

How to evaluate the stresses in members that are subject to axial forces & bending at the same time.

4:48

How to design a steel column using an easy approach.

5:41

How to find the Moment of Inertia of Non symmetric shapes.

3:09

5 Top equations | Steel Truss Design every Structural Engineer should know

8:04

An easy method for Portal Frame preliminary design - every structural engineer should know.

6:27

How to work out wind bracing sizes for portal frame

4:52

How to work out a wind pressure using a simple approach.

2:49

How to work out support reactions of a simply supported beam with a point load - beginners.

8:14

How to work out a steel beam splice connection.

3:08

How to do a steel beam deflection calculation

3:58

5 top equations every Structural Engineer should know.

2:24

Structural diagrams fixed, pinned & sliding supports

4:25

How internal structural forces work - Axial, Bending & Shear forces

26:42

How Structural load & load paths work

20:56

Understanding Structural Engineering

1:27

Structural Engineer Calcs Ltd