tensile testing
Sheet Metal Tension Testing
Sheet metal forming operations consist of simple bending, to stretching to deep drawing of complex parts. The mechanical properties of the sheet material greatly influence its formability, which is a measure of the amount of deformation the material can withstand prior to fracture. This blog post covers important definitions determining sheet metal characteristics, the test methods, and the equipment used to quantify them.
Tensile Testing & Concepts
To access this text with graphs and links, click here: https://www.admet.com/testing-applications/test-types/tension-testing/
Tensile Testing: What is it?
5 Things to Know when Selecting Grips
For the full blog post, click here: http://www.admet.com/5-things-know-buying-tensile-testing-grips/
- Item #1 – Different types of grip design
What kind of tensile testing grips is right for your samples and application?
Choosing the most appropriate tensile grips to effectively secure your samples is critical in getting accurate measurements of tensile properties such as tensile strength, peak load, elongation, tensile modulus, and yield.
Materials Testing- ADMET Blog
Materials Testing is that part of engineering design, development and research that relies on laboratory testing of one kind or another to answer questions. Testing is also required during manufacturing to ensure a material or product meets some predefined specification. A universal testing machine is used to measure the mechanical properties of materials intension, compression, bending or torsion. Common properties of interest include Offset Yield Strength, Young’s Modulus, Poisson's Ratio, Tensile and Compression Strength and Total Elongation.
A Monolithic Micro-Tensile Tester for Investigating Silicon Dioxide Polymorph Micromechanics, Fabricated and Operated Using a Femtosecond Laser
How to perform a micro-tensile test without mechanically interacting with the test specimen? By using only optical methods!
Please find the article in the following link: