Structures with Prof. H

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48 videos

I'm Dr. Brock Hedegaard, and I'm a professor of civil engineering at the University of Minnesota Duluth. I feature tutorials on finite element analysis (FEA)...

Latest Videos

Capacity of Steel Columns in Compression - Flexural and Torsional Buckling

Bolted Connections in Combined Shear and Tension - AISC Steel Design

Prying Action Made Easy - Bolt Tensile Strength for Steel Construction

Bolt Shear, Bearing, and Tearout - Shear Strength of Bolted Connections

Bolted Connection Primer for Structural Steel - Connection Types, Dimensions, and Specifications

Block Shear Failure of Steel Sections - Design using AISC 360-22

Tension Yielding and Rupture of Steel Sections - Design using AISC 360-22

Analyzing the Citicorp Tower A Structural Engineering Deep Dive

Deflection of Reinforced Concrete Beams - Example using ACI 318-19

Flat Roof Snow Loads using ASCE 7-22

Shear Design Example - Reinforced Concrete Beams using ACI 318-19

I Broke These Concrete Beams - Design Principles from Beam Failures

Shear Capacity of Reinforced Concrete Beams using ACI 318-19

Structural Analysis using ETABS - Fundamentals

Concrete Beam Design 101 - Tension Reinforcement

Moment Capacity of Reinforced Concrete Beams

Transformed Sections and Cracked Moment of Inertia

Cracking Moment of Reinforced Concrete Beams - Gross Section vs Transformed Section

Concrete, Steel, and Why They Work Well Together

How do structures carry wind and seismic loads An Intro to Lateral Force Resisting Systems

Approximate Beam Analysis - The Art of Being Close Enough

Direct Analysis Method for Steel Buildings using RISA 3D

Slope-Deflection Equations for Indeterminate Structures - Intro to Structural Analysis

Force Method for Indeterminate Structures - Intro to Structural Analysis

Deflection of Beams using Moment-Area Method - Intro to Structural Analysis

Deflection of Frames using Principle of Virtual Work - Intro to Structural Analysis

Deflection of Trusses using Principle of Virtual Work - Intro to Structural Analysis

Design Envelopes for Worst-Case Demands with Movable Live Loads

Muller-Breslau Principle for Influence Lines - Intro to Structural Analysis

Influence Lines and Moving Loads - Intro to Structural Analysis