Some basic information about the 3-Point Bending Test.
The 3-point bending test is a test method used to evaluate the bending strength, elasticity modulus and other bending properties of a material. It is often used to determine the properties of bars, plates and similar plane materials. The sample is placed in a 3-point support device. This device involves three support points: 2 under the two extremities of the sample and 1 over a point in the middle of the sample. The test device applies a load to the upper surface of the sample. This load makes the sample bend under the support point in the middle of the sample. As the load gradually increases, one notes the bending behaviour of the sample.
RELATED SUBJECTS
- Bandage Adhesion Strength Test and Tensile-Compressive Properties
- Cable fire resistance tests
- Methods for Measuring Material Durability Using ISO 37 Tensile Testing
- Peel Test on Tedlar PVF Films: Methods for Measuring Coating and Adhesive Durability
- Plastic Film Dart Drop Test: Impact Resistance and Quality Assessment
- What Is Corrosion Testing and Why Is It Important?
- What Is Halogen-Free and Why Is It Important?
- What Is an Air Spring Test Device?
- What is a Conditioning Test Chamber? Applications and Importance
- What is the Cobb Water Absorption Test Device and How to Use It?