How much Pressure is needed to crush a soda can?

The ability of a can to resist crushing is determined by its material properties and structural design. Aluminum cans, which are commonly used for soda, have a relatively low yield strength compared to other materials like steel. This means that they can deform and collapse under relatively low pressure.

The structural design of a can also plays a role in its resistance to crushing. The cylindrical shape of a can helps to distribute pressure evenly, while the presence of ribs and corrugations adds rigidity to the can's structure. However, even with these design features, aluminum cans can still be crushed under sufficient pressure.

The exact amount of pressure required to crush a soda can will vary depending on the specific design and material properties of the can. However, as a general guideline, it takes around 150 psi of pressure to crush a typical soda can. This pressure can be applied by various means, such as squeezing the can with your hands or using a mechanical press.