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Linear elasticity is used widely in the design and analysis of structures such as beams, plates and shells, and sandwich composites. This theory is also the basis of much of fracture mechanics.
- What are elastic materials used for?
- What are examples of elastic materials?
- How is elastic force used in everyday life?
- What is the most elastic material in the world?
- When was elastic used in clothing?
- Why do you think elastic materials are useful in many sports?
- Where is elasticity used in engineering?
- What is a elastic material?
- What are the uses of elasticity in physics?
- What is the role of elasticity in everyday life give two examples to illustrate?
- How do materials stretch?
- Is glass more elastic than steel?
- What is high elastic material?
- Why steel is more elastic than rubber?
What are elastic materials used for?
Elastic is a small narrow loop of rubber or similar material used for tightening, gripping, and holding of things with ease purposes. It has the quality of being stretched and then returning back to its original shape.
What are examples of elastic materials?
Examples: Rubber bands and elastic and other stretchy materials display elasticity.
How is elastic force used in everyday life?
Springs are one of the best examples of elastic force because they return back to their original shape after undergoing deformations such as compression and expansion. Springs can be widely used in toys such as spring heads, toy telephones, etc. Hence, the elastic force is widely used in the entertainment sector.
What is the most elastic material in the world?
Elasticity is the ability of a material to regain its own original shape after being stretched according to which, rubber is the most elastic substance.
When was elastic used in clothing?
In 1820, Thomas Hancock patented elastic fastenings for gloves, suspenders, shoes and stockings. In the process of creating the first elastic fabrics, Hancock found himself wasting considerable rubber.
Why do you think elastic materials are useful in many sports?
Many sports people wear stretchy materials that cling tight to them, because looser material flopping around them hinders their movement. So choosing materials of the right stretchiness can be very important. Many things have an 'elastic limit', that is a point when they will not stretch any more but just break.
Where is elasticity used in engineering?
In particular, they can be used in the design of components in engineering structures. For example, rubber is used in bridge bearings and engine mountings, where its elastic properties are important for the absorption of vibrations.
What is a elastic material?
What are elastic materials? Elasticity is the tendency of solid materials to return to their original shape after forces are applied on them. When the forces are removed, the object will return to its initial shape and size if the material is elastic.
What are the uses of elasticity in physics?
In physics and materials science, elasticity is the ability of a body to resist a distorting influence and to return to its original size and shape when that influence or force is removed.
What is the role of elasticity in everyday life give two examples to illustrate?
The bridges are under tremendous stress due to the weights they are supposed to support. The bridges may be of suspension types or arched type. The suspension bridges support their load through the tension in cables. Young's modulus is used to decide the thickness and number of ropes.
How do materials stretch?
When the long chains get hotter and vibrate, they actually shorten, causing the material to contract. When the chains cool down, they relax and stretch out, causing the material to expand.
Is glass more elastic than steel?
The Coefficient of elasticity of glass is between 50 and 90; the Coefficient of elasticity of steel is 210; the Coefficient of elasticity of Copper is 120. Therefore, the rubber is more elastic than glass and glass is more elastic than copper and copper is more elastic than steel.
What is high elastic material?
Objects that are very elastic like rubber have high elasticity and stretch easily. Stress is force over area.
Why steel is more elastic than rubber?
The ratio of stress applied on a body to the strain produced in it is defined as the Young's modulus of that material. ... The strain produced in rubber is much larger compared to that in steel. This means that steel has a larger value of Young's modulus of elasticity and hence, steel has more elasticity than rubber.
