Experimental stress analysis

Experimental stress analysis involves measuring the internal forces or stresses within a material or structure under load to understand how it behaves. Techniques include applying sensors or special coatings, like strain gauges, that detect tiny deformations when the object is stressed. The data collected helps engineers assess strength, safety, and performance, ensuring designs can withstand operational conditions. This process provides a practical way to observe real-world responses, validating theoretical models and improving material or structural performance in engineering applications.