Premium Only Content
This video is only available to Rumble Premium subscribers. Subscribe to
enjoy exclusive content and ad-free viewing.

Projected Loads and Snow Loads - Intro to Structural Analysis
3 years ago
85
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.
Loading comments...
-
1:14:22
Jeff Ahern
3 hours ago $4.72 earnedThe Sunday Show with Jeff Ahern
25.8K6 -
16:37
Professor Nez
4 hours ago🚨Internet MELTS DOWN over JD Vance & Trump BREAKING the Democrats!
32.9K126 -
LIVE
Major League Fishing
4 days agoLIVE! - Fishing Clash Team Series: Heritage Cup - Day 1
1,243 watching -
18:40
itsSeanDaniel
6 hours agoPiers Morgan CALLED OUT and HUMILIATED by Andrew Tate
39.6K250 -
LIVE
Times Now World
2 days agoLIVE: "ON CAM: How the Charlie Kirk Shooter ESCAPED – Shocking New Footage Revealed!"
379 watching -
1:45:51
Game On!
1 day ago $11.12 earnedWise Guys Reveal NFL Week 2 BEST BETS Now
79.2K8 -
26:57
Robbi On The Record
2 days agoMouth Breathing Is Why You’re Exhausted | with Dr. Melanie Silvestrini
49.9K6 -
LIVE
Total Horse Channel
8 hours ago2025 Reno Snaffle Bit Futurity | Sunday Finals
94 watching -
40:44
SouthernbelleReacts
7 days ago $4.04 earned“Event Horizon (1997) Reaction | Hellraiser in Space with Sam Neill & Laurence Fishburne”
46.3K4 -
10:49
Artur Stone Garage
3 days ago $2.75 earnedI Spent $2000 on My Turbo Honda Civic Build (Before & After)
44.4K12