Match the following aspects of loads with their roles in structures: Applied load | Analyzes the effects of loads on structures; Self-weight | May cause structural failure if not c... Match the following aspects of loads with their roles in structures: Applied load | Analyzes the effects of loads on structures; Self-weight | May cause structural failure if not controlled; Structural analysis | Causes stress and deformation in a structure; Excess load | Inherent part of the structure itself.
Understand the Problem
The question is asking us to match different aspects of loads in structural engineering with their respective roles or impacts on structures. This involves understanding the definitions and effects of applied load, self-weight, structural analysis, and excess load in the context of structural integrity.
Answer
1. Applied load causes stress and deformation. 2. Self-weight is inherent. 3. Structural analysis evaluates load effects. 4. Excess load may cause failure.
Applied load causes stress and deformation in a structure; Self-weight is the inherent part of the structure itself; Structural analysis analyzes the effects of loads on structures; Excess load may cause structural failure if not controlled.
Answer for screen readers
Applied load causes stress and deformation in a structure; Self-weight is the inherent part of the structure itself; Structural analysis analyzes the effects of loads on structures; Excess load may cause structural failure if not controlled.
More Information
Understanding the roles of different loads on structures helps engineers design safer buildings and infrastructure by anticipating how each component behaves under stress.
Tips
Memorizing roles of various loads can be tricky. Focus on understanding how each type of load impacts structural integrity and function.
Sources
- Structural load - Wikipedia - en.wikipedia.org
- Types of structural load - Designing Buildings Wiki - designingbuildings.co.uk
- 1.2: Structural Loads and Loading System - Engineering LibreTexts - eng.libretexts.org
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