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Structural Engineering Explained

Welcome to our new series Structural Engineering Explained. Our very own structural engineers invite us into their world and explain simply in their own words the technical terms they come across every day. With the help of some fantastic illustrations we hope you find this both interesting and fun.

Structural Engineering Explained 01: Strength and Deflection

Episode 01: Strength and Deflection

Structural Engineering Explained 02: Cement vs Concrete

Episode 02: Cement vs Concrete

Structural Engineering Explained 03: Bending Moments

Episode 03: Bending Moments

Structural Engineering Explained 04: Compression and Tension

Episode 04: Compression and Tension

Structural Engineering Explained 05: Ultimate Limit State and Service Limit State

Episode 05: Ultimate Limit State and Service Limit State

Structural Engineering Explained 06: Cross Laminated Timber

Episode 06: Cross Laminated Timber

Structural Engineering Explained 07: Shear forces

Episode 07: Shear forces

Structural Engineering Explained 08: Lateral stability

Episode 08: Lateral stability

Structural Engineering Explained 09: Scarf Joints

Episode 09: Scarf Joints

Structural Engineering Explained 10: Why are engineers obsessed with depth?

Episode 10: Why are engineers obsessed with depth?

Structural Engineering Explained 11: Reinforced concrete

Episode 11: Reinforced concrete

Structural Engineering Explained 12: Cantilevers

Episode 12: Cantilevers

Structural Engineering Explained 13: Torsion

Episode 13: Torsion

Structural Engineering Explained 14: Reclaimed Steel

Episode 14: Reclaimed Steel

Structural Engineering Explained 15: Punching Shear

Episode 15: Punching Shear

Structural Engineering Explained 16: Monitoring of existing buildings

Episode 16: Monitoring of existing buildings