# Engineering

## C Channels

C channels, also known as C beams or structural channels, are standardized by international organizations such as AISC, CEN, and ISO to ensure uniformity and […]

## Strain Transformation Equations: Understanding the Mechanics

Strain transformation refers to the process of converting strain measurements from one coordinate system to another. This is often to simplify analysis or align with

## Rosette Strain Gauge and Its Role in Strain Analysis

A rosette strain gauge is a device used to measure the deformation or strain of an object in multiple directions. It consists of three or

## Understanding Principal Strains: The Foundation of Deformation Analysis

Principal strains refer to the maximum and minimum normal strains experienced by an object or material in a specific direction, representing the deformation or change

## Plane Strain in Mechanics of Materials: An Overview

Plane strain is a condition in solid mechanics where an object experiences deformation only in two dimensions, while the deformation in the third dimension is

## Overhanging Beam: Analysis, Design, and Practical Applications

An overhanging beam is a type of beam that extends beyond one or both of its supports, creating an overhang. This configuration can be found

## Maximum Shear Strain: Calculation and Impact in Engineering Analysis

The maximum shear strain represents the peak magnitude of shear deformation in an element, measured as the change in angle between initially perpendicular segments within

## How Does a Strain Gauge Work: Exploring the Fundamentals and Applications

A strain gauge is a device used to measure deformation in materials, based on the principle that a wire’s resistance increases with strain. Using this

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