1. Material Preparation: The material under examination is prepared according to standards. For example, metal samples are cut into specific dimensions, or cast concrete samples are prepared in special molds.

2. Sample Mounting: The prepared sample is attached to the jaws or grips of a tensile testing machine. The sample is secured between the two ends of the testing machine.

3. Application of Load: The testing machine gradually applies a tensile force to the sample, causing it to elongate.

4. Data Recording: During the test, the tensile force and the amount of elongation on the sample are continuously recorded. This data is used to create the tensile strength curve.

5. Breaking Point: As the tensile force increases, the sample continues to elongate. However, at a certain point, the material fractures. This breaking point indicates the tensile strength.

6. Analysis: Test results are analyzed, and the material's tensile strength is calculated. Tensile strength is essential in determining the material's durability and its safe use in design.

The tensile test is a crucial experiment used for determining material properties, quality control, and engineering design. Test results play a critical role in evaluating how a material will perform under various conditions and how much load it can safely bear.