Projected Loads and Snow Loads - Intro to Structural Analysis
This video defines projects loads and presents an example problem using the most common type of projected load, snow loading on a roof truss. In this example, we will: 1) Compute the reactions forces for combined dead plus snow loading 2) Convert projected loads to distributed loads in the axial and shear directions 3) Compute the axial, shear, and moment diagrams. For a projected load S, with an angle A between the loading plane and the element to which the load is applied, there are a few shortcut equations: ~ Distributed Shear Load = S*cos(A)*cos(A) ~ Distributed Axial Load = S*cos(A)*sin(A) Try these out, and you'll see they match exactly the results shown in the video! In this example, cos(A) = 12/13 and sin(A) = 5/13.

▶︎
Axial, Shear, and Moment Diagrams in Frames - Intro to Structural Analysis

▶︎
Snow Load Calculation - How to Determine Snow Loads Including Snow Drift

▶︎
STR04 L05b - Advanced Snow Loads

▶︎
Influence Lines and Moving Loads - Intro to Structural Analysis

▶︎
How Trusses Work! (Structures 5-1)

▶︎
What Are Point Loads/Concentrated Loads and Distributed Loads? Structural Engineering Education

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

▶︎
Understanding and Analysing Trusses

▶︎
Only Real Structural Engineers Can Spot These Design Mistakes: Steel

▶︎
Science of Simple Spans of Floor Joists
![What is the dead load & how to calculate it? [Step-by-step tutorial]](https://i.ytimg.com/vi/IlDAKsAPMFg/hqdefault.jpg?sqp=-oaymwEjCNACELwBSFryq4qpAxUIARUAAAAAGAElAADIQj0AgKJDeAE=&rs=AOn4CLAA_iWTK27_HvxWnfgfkA0A4UxqcA)
▶︎
What is the dead load & how to calculate it? [Step-by-step tutorial]

▶︎
Structures Video Roof Loads

▶︎
Truss Analysis - Intro to Structural Analysis

▶︎
What’s the Deal with Base Plates?

▶︎
Trump Attends NBA Finals, Cries Election Fraud in California & Storms Out of Interview

▶︎
Sully | A Captain’s Defense | ClipZone: High Octane Hits

▶︎
Snow Drift Design Example per ASCE 7-16 and IBC | SE Exam Prep

▶︎
The Insane Genius of a Formula 1 Gearbox

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

▶︎
