Transcription of CYCLONE RESISTANT BUILDING ARCHITECTURE
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CYCLONE RESISTANT BUILDING ARCHITECTURE
CYCLONE RESISTANT BUILDING ARCHITECTURE Prepared by:- Ankush Agarwal Technical Officer (Hazard Vulnerability Reduction) GoI UNDP, Disaster Risk management Programme March, 2007 CONTENTS 1) Vulnerable Communities 2) How High Winds Damage Buildings 3) Catastrophic Failures Foundations Steel Frames Masonry Houses Timber Houses Reinforced Concrete Frames 4) Components failure Roof Sheeting Roof Tiles Rafters Windows & Doors Walls 5) Damaging Effects of Cyclones 6) design Wind Speed & Pressures 7) When Choosing a Site for your House. 8) design of the House. 9) Roofs Overhangs, patios & verandahs Securing the ridge Securing the corrugated galvanized sheets Laths spacing and fixing Hipped roof Roof cladding 10) Foundations 11) Masonry Walls External walls Strengthening of walls against wind/cyclones 12) Wall Openings 13) Glass Panes 14) References Annexure A: - design Procedure for Wind RESISTANT Buildings Foundation (too small for light weight BUILDING ) pulled completely out of ground 1.
The key to safe construction of timber houses is the connection details. The inherent vulnerability of light-weight timber houses coupled with poor connections is a dangerous combination which has often led to disaster. 3.5 Reinforced Concrete Frames The design of reinforced concrete frames is usually controlled by the seismic hazard.
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FOR MULTIFAMILY NEW CONSTRUCTION & SENIOR, Design and construction, Design, Flood Resistant Construction, RESIDENTIAL BUILDINGS IN FLOOD PRONE, FLOOD, Resistant Design, Resistant, Construction, Design and Construction of Health Care Facilities, Improving the Flood Performance of New Buildings, Embankment, And construction