Difference Between Primary, Secondary And Tie Beam

Difference Between Primary, Secondary, And Tie Beam:

Beam is one of the most important structural parts of a building. In our previous article, we have already discussed different types of beams used in construction.

In this article, we will discuss the differences between primary, secondary, and tie beams.

Primary Beam:

The beams that are connecting columns for transferring loads of a structure directly to the columns are known as primary beams. Usually, primary beams are shear-connected or simply supported and they are provided in a regular building structure.

The depth of the primary beams is always greater than the secondary beams. The primary beam acts as a medium between columns and secondary beams.

Secondary Beam:

The beams that are connecting primary beams for transferring loads of a structure to the primary beams are known as secondary beams. These beams are provided for supporting and reducing the deflection of beams and slabs.

Tie Beam:

The beams that are connected by two or more rafters in the roof or roof truss for stiffening the whole building structure, known as tie beams.

These beams do not carry the vertical load of slab or walls instead carry the axial compression. Generally, tie beams are used in roof trusses or in damp proof courses at the plinth level.

Also Read – Useful Methods To Improve The Bearing Capacity Of Soil

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4 thoughts on “Difference Between Primary, Secondary And Tie Beam”

  1. It’s nice study, need calculation for columns, slabs (suspended/ none suspended), beams, steel design, timber design and concrete design.

    Reply
  2. hello sir I am a diploma holder in civil I am fresher I search job and I want to job can you tell me for an about job

    Reply

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