A platform for research: civil engineering, architecture and urbanism
Cost Reduction Methods for High Rise Apartments
The objective of the project is to demonstrate that significant reductions in the cost of low and moderate income high-rise housing can be achieved by developing building systems using existing materials and techniques not heretofore used in housing. In pursuit of this objective, many components of structure, enclosure, finish, and mechanical equipment were investigated and the most promising of these were tested in a Test Building. Results of this development will be employed in the construction of a high-rise demonstration building and will be documented and made accessible to all interested persons. (Author)
Cost Reduction Methods for High Rise Apartments
The objective of the project is to demonstrate that significant reductions in the cost of low and moderate income high-rise housing can be achieved by developing building systems using existing materials and techniques not heretofore used in housing. In pursuit of this objective, many components of structure, enclosure, finish, and mechanical equipment were investigated and the most promising of these were tested in a Test Building. Results of this development will be employed in the construction of a high-rise demonstration building and will be documented and made accessible to all interested persons. (Author)
Cost Reduction Methods for High Rise Apartments
1967
76 pages
Report
No indication
English
Civil Engineering , Housing projects , Costs , Construction , Reduction , Construction materials , Standards , Manufacturing methods , Safety , Acoustic properties , Cost effectiveness , Finishes + finishing , Model tests , Management planning , Buildings , Design , Apartment buildings , Demonstration projects , High rise apartment buildings , Fire tests , Concepts , Building codes
Cost Reduction Methods for High Rise Apartments
NTIS | 1967
Post-tensioned concrete for high-rise apartments
Engineering Index Backfile | 1965
|Energy-efficient envelope design for high-rise apartments
Online Contents | 2005
|