Home Construction for Repairing the Column and Beam Damage
The following Home Construction post, have a title ‘Home Construction for Repairing the Column and Beam Damage’. We hope this information of ‘Home Construction for Repairing the Column and Beam Damage’ below, will have purpose that beneficial for all HomeZookers who want to know about recent interesting Home Decorating topics.

Damaged columns and beams in residential buildings was caused by the earthquake, columns and beams visible near the entrance and a few chipped bones slightly bent.
According to homeowners, for beams and columns as given buffer. Plans after the section was fixed in the house he would soon fix the columns and beams were damaged. How this improvement should be done?
Different Treatment
Improving different columns and beams with repairing the wall; not simply dismantled and replaced with new ones. Calculation of strength and dimensional re-structure has decreased the power to do so the structure does not deteriorate after the repair.
To improve the columns and beams, you need to know in advance details of the structure (location, number, and dimensions Steel) columns and beams are broken. When the bones in the column or beam is safe enough damage repair process can then proceed immediately.
If the bone is not enough to bear the burden, including safe earthquake load, you need to add bone to the defective element. For example, if the bone cross bar on the damaged columns were inadequate in number, you must add a dash of bone in the column.
Check Damage
In addition to structural detail, it is recommended that homeowners consult with the parties to understand the structure of institutional buildings such as universities that have faculties of Civil Engineering, association membership, producers and applicators structural repair materials, or technical consultant. The goal in order to determine the appropriate repair methods in accordance with the conditions of damage.
According to Drs. Kazuo Konagai, an earthquake engineering researchers from The University of Tokyo, we can not generalize on any repair damage to the concrete structural elements. Cracks at the end of the block, for example, requires a different repair cracks in the ¼-span beam.
In general, damage to structural elements is divided into two, namely damage to the bone condition is melted (bent and broken bones) and damage to the bone with no yield.
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October 1, 2009 | Posted by HomeZooka.com
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