CE 414 Lecture 15: Layout Requirements + Bolted Connection Analysis Example (2025.02.19)

ENGR 102 Lecture 10: Exam 1 Review (2025.02.17)

CE 414 Lecture 14: Intro to Bolted Connections + Bolt Shear/Bearing Capacities (2025.02.17)

ENGR 102 Lecture 09: Tips/Tricks for In-Class Exercise #3 (2025.02.12)

ENGR 102 Lecture 08: Editing/Modifying Objects in AutoCAD, Text, Plotting (2025.02.10)

CE 414 Lecture 12: Exam 1 Review (2025.02.10)

CE 618 Lesson 02a: Discussion of Section Properties

CE 414 Lecture 11: Block Shear Rupture (2025.02.07)

ENGR 102 Lecture 07: Tips/Tricks for In-Class Exercise #2 (2025.02.05)

CE 414 Lecture 10: Design of Tension Members, Part 2 - Spreadsheet Applications (2025.02.05)

ENGR 102 Lecture 06: Layers/Linetypes in AutoCAD, Creating Additional Objects (2025.02.03)

CE 414 Lecture 09: Design of Tension Members, Part 1 - Procedures (2025.02.03)

CE 414 Lecture 08: Analysis of Tension Members, Part 2 (2025.01.31)

CE 414 Lecture 07: Analysis of Tension Members, Part 1 (2025.01.29)

ENGR 102 Lecture 05: Tips/Tricks for In-Class Exercise #1 (2025.01.29)

ENGR 102 Lecture 04: Basic Object Creation in AutoCAD (2025.01.27)

CE 414 Lecture 06: Addressing Shear Lab & Slenderness Limitations (2025.01.27)

CE 414 Lecture 05: Gross/Net Area for Staggered Bolt Patterns (2025.01.24)

ENGR 102 Lecture 03: Introduction to AutoCAD Interface (2025.01.22)

CE 414 Lecture 04: Gross/Net Area for Parallel Bolt Patterns (2025.01.22)

CE 414 Lecture 03: The Steel Manual + Properties of Structural Steel (2025.01.17)

ENGR 102 Lecture 02: Components of Engineering Drawings (2025.01.15)

CE 414 Lecture 02: Basis of LRFD + Load Combinations (2025.01.15)

ENGR 102 Lecture 01: Course Introduction (2025.01.13)

CE 414 Lecture 01: Course Overview + Background on Steel Design (2025.01.13)

ENGR 213 Lecture 43: Comprehensive Course Review, Part 3 (2024.12.06)

CE 312 Lecture 43: Exam 3 Review (2024.12.06)

ENGR 213 Lecture 42: Comprehensive Course Review, Part 2 (2024.12.04)

CE 312 Lecture 42: Example 2D Truss Problem Using Matrix Analysis (2024.12.04)

ENGR 213 Lecture 41: Comprehensive Course Review, Part 1 (2024.12.02)

CE 312 Lecture 41: Derivation of Stiffness & Transformation Matrices for 2D Trusses (2024.12.02)

ENGR 213 Lecture 39: Problems Involving Static/Kinetic Friction (2024.11.20)

CE 312 Lecture 39: Matrix Analysis of 1D Bar Elements, Array Calculations in Excel (2024.11.20)

ENGR 213 Lecture 38: Concepts Involving Static/Kinetic Friction (2024.11.18)

CE 312 Lecture 38: Introduction to Matrix Stiffness Analysis (2024.11.18)

CE 312 Lecture 37: Influence Lines and AASHTO Live Load Models (2024.11.15)

ENGR 213 Lecture 36: Exam 3 Review (2024.11.13)

CE 312 Lecture 36: Using Influence Lines to Generate Worst-Case Responses (2024.11.13)

ENGR 213 Lecture 35: Shear/Moment Diagrams, Part II - Distributed Loads (2024.11.11)

CE 312 Lecture 35: Constructing Influence Lines for Fixed Supports & Truss Members (2024.11.11)

ENGR 213 Lecture 34: Shear/Moment Diagrams, Part I - Concentrated Loads (2024.11.08)

CE 312 Lecture 34: Constructing Influence Lines for Internal Shears/Moments (2024.11.08)

CE 312 Lecture 33: Constructing Influence Lines for Support Reactions (2024.11.06)

ENGR 213 Lecture 23: More on Joint Analysis + Brief Review of the Method of Sections (2024.11.06)

ENGR 213 Lecture 32: Truss Analysis Using the Method of Joints (2024.11.04 PRE-RECORDED)

CE 312 Lecture 32: MASTAN2, Part II - Beams, Excel Tips/Tricks (2024.11.04 PRE-RECORDED)

CE 312 Lecture 31: MASTAN2 Analysis, Part I - Trusses (2024.11.01)

ENGR 213 Lecture 31: Computing Moments of Inertia with the Parallel-Axis Theorem (2024.11.01)

ENGR 213 Lecture 29: Centroids of 3D Bodies/Volumes, Intro to Moments of Inertia (2024.10.28)

ENGR 213 Lecture 28: Centroids of Line Groups & Curves, Dealing w/ Distributed Loads (2024.10.25)

CE 312 Lecture 28: Exam 2 Review (2024.10.25)

ENGR 213 Lecture 27: Locating the Centroid of Composite Shapes (2024.10.23)

CE 312 Lecture 27: Virtual Work for Frame Deflections, Note on Shear Deformations (2024.10.23)

ENGR 213 Lecture 26: Deriving Expressions for Centroids (2024.10.21)

CE 312 Lecture 26: Tips/Tricks for Virtual Work & Beam Deflections (2024.10.21)

CE 312 Lecture 25: Computing Beam Deflections Using Virtual Work, Cont'd (2024.10.18)

ENGR 213 Lecture 24: Exam 2 Review (2024.10.16)

CE 312 Lecture 24: Computing Beam Deformations Using Virtual Work (2024.10.16)

ENGR 213 Lecture 23: Additional Practice with 3D Equilibrium (2024.10.14)

CE 312 Lecture 23: Deriving Virtual Work Expressions for Beams/Frames (2024.10.14)