What is redundant support?a)The supports consisting of hinge and a rol...
The supports if are more than the supports required to hold the structure are termed as the reductant supports. It becomes statically indeterminate. This not only creates a problem in achieving the equilibrium but also affects the calculation of the equilibrium.
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What is redundant support?a)The supports consisting of hinge and a rol...
Redundant support in mechanical engineering refers to the supports that are more than necessary to hold the structure. Redundant support is an important concept in structural engineering as it helps to ensure the safety and stability of the structure.
Understanding Redundant Support
In a structure, the supports are used to hold the weight and load of the structure. The supports can be of different types, including hinge, roller, fixed, and more. The supports are placed at specific points in the structure to ensure that the load is distributed evenly.
In some cases, the designer or engineer may include more supports than required to hold the structure. These additional supports are called redundant supports. Redundant supports are added to the structure to increase its stability and safety.
Importance of Redundant Support
Redundant support is crucial in ensuring the safety and stability of the structure. The additional supports provide more strength to the structure, reducing the risk of failure or collapse.
However, it is important to note that adding too many redundant supports can also have a negative impact on the structure. The excessive supports can add weight to the structure and increase its cost. Moreover, it may also reduce the flexibility of the structure, making it less adaptable to changing conditions.
Conclusion
In conclusion, redundant support in mechanical engineering refers to the supports that are more than necessary to hold the structure. The additional supports are added to increase the stability and safety of the structure. However, it is important to balance the number of supports to ensure that the structure remains flexible and adaptable while also being safe and stable.