Universal Testing Machines

Tensile test, compression test and ring stiffness test, creep test and fatigue test are common test methods used to evaluate the mechanical properties of materials and structures. These tests are performed to determine the durability, stress and deformation behavior of the materials and to verify the suitability of the materials used in the design process. Tensile testing is a testing method applied to determine the tensile strength and elastic behavior of a material. In this test, while a sample is stretched at a certain speed, the force applied to it and the amount of extension of the sample are recorded. Using these data, a stress-strain curve is created and important properties such as the elastic region of the material, maximum tensile strength and breaking point can be determined. Tensile testing is often used to determine the strength properties of metal, plastic, elastomer and composite materials. Compression testing is a testing method used to evaluate the compressive strength and behavior of a material. In this test, while a sample is pressed at a certain speed, the force applied to it and the amount of compression of the sample are recorded. With the compression test, properties such as the compression strength, elastic region and compression modulus of the material are determined. Compression testing is commonly used in the strength analysis of materials such as plastic, cardboard, composite ceramics and concrete. Ring stiffness test is a testing method used to measure the stiffness of a tubular structure. In this test, compressive force is applied to the annular pipe sample and a specially named compression test is performed. Universal testing machine is used to evaluate the strength properties and behavior of materials. It has the ability to apply various test methods such as tensile test and compression test. This device is used to determine the elastic properties of materials, stress-strain relationship, breaking point, elastic limits, tensile strength, compressive strength, bending strength and other important mechanical properties. The universal testing machine measures the response of the material by applying a controlled load or moment on the samples. This testing machine is designed to understand how the sample behaves under various loading conditions such as tension, compression, bending, torsion and compression. The data obtained during testing is used in many areas such as material strength and durability evaluations, product development process, quality control and engineering design.