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CIVIL-526: Steel structures, selected topics

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Lectures in this course (31)

Fatigue Life Calculations in Metal Structures

Covers fatigue life calculations, crack development stages, thickness effects, and propagation laws in metal structures.

Fatigue Verification Methods: Simplified Approach

Explores fatigue verification under variable loading using simplified methods and stress histograms, with a focus on road loading in Switzerland.

Fatigue Verification Formats: Simplified Methods

Explains fatigue verification formats under variable amplitude loading and the concept of damage equivalence factor.

Fatigue: Part 1

Covers material fatigue, fracture mechanics, cyclical constraints, and causes of damage.

Fatigue in Bridges: Traffic Load Effects and Correction Factors

Explores the effects of heavy traffic on bridges and the correction factors involved.

Structural Fire Resistance Design

Explains the process of determining structural fire resistance and calculating necessary loads.

Fire Safety in Construction

Explores fire safety principles in construction, including preventive measures, extinguishing concepts, and innovative methods for enhancing fire resistance.

Fire Safety Engineering

Explores fire safety engineering, covering fire behavior, structural impact, and building design for safety.

Building Structures: Design and Stabilization

Covers the design and stabilization of building structures, emphasizing important concepts in statics and mechanics.

Building Structures: Forces and Stabilization

Analyzes building structures, forces on bars, beams, facade elements, and frameworks.

Building Structural Systems: Core and Rigid Frames

Explores building structural systems with cores and rigid frames, discussing optimal material use, core forces, dynamic effects control, and cost breakdown.

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