Standardisation Of Precast Concrete Members For Low-Rise Residential Framed Building
Precast concrete technology has become an emerging trend in Malaysian Construction Industry. Hence, there is a niche in developing a set of standardised and optimised precast concrete elements as well as connections for a speedy, affordably and better quality residential building. By studying th...
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| Main Author: | |
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| Format: | Thesis |
| Language: | English English |
| Published: |
2002
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| Subjects: | |
| Online Access: | http://psasir.upm.edu.my/id/eprint/12076/1/FK_2002_42_A.pdf |
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| Summary: | Precast concrete technology has become an emerging trend in Malaysian
Construction Industry. Hence, there is a niche in developing a set of standardised
and optimised precast concrete elements as well as connections for a speedy,
affordably and better quality residential building.
By studying the preferred sizes of the structural members in the existing and
combined with the standards of Modular Coordination System; the
standardization of precast concrete elements for skeletal framing type of structure
can be achieved.
This thesis had also covered the economy part of the elements by comparing the
costs of producing these elements for different sets of dimension and reinforcement combinations until deriving to a most cost effective section with
the respective span.
Nearly 300 types of precast concrete elements and connections that have been
standardised and optimised through the above mentioned process for skeletal
framing residential structures. This is to streamline the precast concrete industry
towards proper metrication and cost efficiency in planning, design, construction,
assembly and manufacturing of these elements and joints.
Case study on application of standardised precast elements and connections of a
residential building - Putra Apartment has proven the practicability of these
elements and connections in the building. |
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