![]() ![]() Flexural strength is defined as the maximum stress at the outermost fiber on either the compression or tension side of the specimen. Flexural modulus is calculated from the slope of the stress vs. These two values can be used to evaluate the sample materials ability to withstand flexure or bending forces. Unlike a compression test or tensile test, a flexure test does not measure fundamental material properties. Shop Flexural (Bend) Test Machines What Are the Different Flexure Test Types? When a specimen is placed under flexural loading all three fundamental stresses are present: tensile, compressive and shear and so the flexural properties of a specimen are the result of the combined effect of all three stresses as well as (though to a lesser extent) the geometry of the specimen and the rate the load is applied. The two most common types of flexure test are three point and four point flexure bending tests. A four point bend test is roughly the same except that instead of the force applied through a single point on top it is applied through two points so that the sample experiences contact at four different points and is bent more in the shape of a “U”.Ī three point bend test consists of the sample placed horizontally upon two points and the force applied to the top of the sample through a single point so that the sample is bent in the shape of a “V”. ![]()
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