Bending, stretching and squashing the five main materials - Table

The properties of materials are crucial in determining their applications and suitability for various purposes. A table exploring the behavior of five main materials—wood, plastic, brick, glass, and metal—under different conditions provides insight into their flexibility and malleability. The table examines whether these materials can stretch, bend, or twist naturally without any external influence. It also investigates how these materials respond to heat, specifically whether they become more pliable or retain their rigidity when subjected to higher temperatures. This information is essential for understanding how materials can be manipulated during manufacturing processes or in practical uses.

Understanding the malleability of materials such as wood, plastic, brick, glass, and metal is instrumental in making the most of them. Questions arise about which materials can be squashed, twisted, or bent to meet specific needs. For instance, certain materials might be more amenable to bending naturally, while others may require the application of heat to become flexible. This knowledge enables designers, engineers, and craftsmen to choose the appropriate material for a given application, ensuring that the material can be shaped as required without compromising its structural integrity or aesthetic appeal.