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Question

A compression member consisting of angle sections may be a _____

The correct answer is
All option are correct

Angle Section Compression Members: Valid Configurations

A compression member is a structural element designed primarily to resist axial compressive loads. Angle sections, which are L-shaped steel profiles, are frequently used to construct these members, often referred to as struts.

Types of Angle Section Struts

When using angle sections for compression members, several configurations are possible:

  • Continuous Member: Angle sections can be arranged to form a continuous structural element, contributing to the overall stability and load-carrying capacity.
  • Discontinuous Single Angle Strut: A single angle section can be employed as a strut. Its effectiveness depends on its length, end connections, and slenderness.
  • Discontinuous Double Angle Strut: Two angle sections can be used together, either back-to-back or separated by packing materials, to form a more robust strut. This arrangement often provides better stability and load-carrying capacity compared to a single angle.

Since all the configurations listed (continuous, discontinuous single angle, and discontinuous double angle) are valid ways to use angle sections as compression members (struts), the option encompassing all these possibilities is the correct one.

Conclusion

Therefore, a compression member consisting of angle sections can be a continuous member, a discontinuous single angle strut, or a discontinuous double angle strut.

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Important Questions from Compression Member

  1. The effective length of a battened strut of actual length L, effectively held in position both ends but not restrained in direction, is taken as

  2. Which one of the following is a compression member?

  3. The strength of compression members subjected to axial compression is defined by curves corresponding to _______ classes.

  4. The double lacing shall be designed to resist transverse shear Vt equal to - (where P is total load acting on the column)

  5. Which of the following members is/are subjected to compressive stress?

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