Structural Concepts
Loads: 1. Loads Overview| Gravitational Loads Dl & Ll Loads: 1. Loads Overview| Gravitational Loads Dl & Ll - Full TranscriptionIn this video I would like to give an overview of different loads on a building. According to the code there is gravitational forces which are essentially up and down
Structural Concepts
Geometry Of Sections: 1c. Stress Bearing & Thermal Geometry Of Sections: 1c. Stress Bearing & Thermal - Full Transcription So far we spoke about axial stresses, axial tension and axial compression. We also spoke about perpendicular or normal stresses, which are essentially shear stresses and bending stresses. So in this
Structural Concepts
Geometry Of Sections: 1a. Stress Intro & Axial Geometry Of Sections: 1a. Stress Intro & Axial - Full Transcription In this video, I'd like to talk about stresses on structural members. It'll be mostly pictorial. We're going to look at some pictures. There might
Structural Concepts
Forces & Load: Forces Terms & Math Forces & Load: Forces Terms & Math - Full Transcription Okay, let's talk about force components qualitatively. This is the ARE, the Architect Registration Exam, not the PE, the Professional Engineering Exam. It's not. So we need to know
Structural Concepts
Forces & Load: Force Addition Graphic Math Forces & Load: Force Addition Graphic Math - Full Transcription So in the spirit of the ARE, I would like to continue the previous video and solve this problem with numbers. So here's the problem: we had two cables, A and
Structural Concepts
Forces & Load: Force Addition Graphic Concept Forces & Load: Force Addition Graphic Concept - Full Transcription In this video I'll talk about the graphic method for force addition and we'll touch on resultants and equilibrance and basically the head-to-tail or tip-to-tail method of adding forces
Structural Concepts
Forces & Load: Force Addition Algebraic Math 3 Forces & Load: Force Addition Algebraic Math 3 - Full Transcription So let us conclude the algebraic method, or rather the resultant, the equilibrium, the components, the force addition, all in one problem. I have two forces, 100 pounds, given an angle
Structural Concepts
Forces & Load: Force Addition Algebraic Math 2 Forces & Load: Force Addition Algebraic Math 2 - Full Transcription Let's go to the next problem. Problem number two says calculate the equilibrium for the forces shown. So this one is the equilibrium versus the resultant. So let me
Structural Concepts
Forces & Load: Force Addition Algebraic Math 1 Forces & Load: Force Addition Algebraic Math 1 - Full Transcription In this video, I'd like to talk about force addition using the algebraic method. We have covered, hopefully you've looked at the video that discusses components, and
Structural Concepts
Columns & Diagonal Braces: Column & Brace Slenderness 2 Columns & Diagonal Braces: Column & Brace Slenderness 2 - Full Transcription So let's discuss a little bit further the slenderness ratio of a column or a diagonal brace, be it in wood, steel, or concrete. So this page
Structural Concepts
Columns & Diagonal Braces: Column & Brace Slenderness 1 Columns & Diagonal Braces: Column & Brace Slenderness 1 - Full Transcription In this video, I'd like to talk about compression members, basically columns, diagonal braces, or anything that is in compression. And if it's slender enough,
Lateral Loads Specific
Wind: Wind Exposure Categories Wind: Wind Exposure Categories - Full Transcription So this video is about wind exposure categories A, B, C, and D based on ASCE 7 minimum design loads issued by the American Society of Civil Engineers. This is based, these categories are based on surface roughness and