ASCE 9780784411346 2011
$35.75
Multidisciplinary Assessment of Critical Facility Response to Natural Disasters
Published By | Publication Date | Number of Pages |
ASCE | 2011 | 125 |
This report assesses the performance of essential buildings in New Orleans during and after Hurricane Katrina.
PDF Catalog
PDF Pages | PDF Title |
---|---|
1 | Cover |
8 | Table of Contents |
12 | 1. Introduction 1. Background 1.1 AEI Initiative: Katrina Task Committee |
13 | 1.2 Fact Finding Mission |
16 | 1.3 Multidisciplinary Assessment 2. AEI Investigative Report 3. Conclusions |
18 | 2. Assessment of the Performance of Mechanical, Electrical, and Plumbing Systems 1. Hurricane Damage Observations 2. Life Safety Issues |
19 | 3. Operational Issues 3.1 Municipal Utility Availability |
20 | 3.2 Captive Utility Infrastructure |
22 | 4. General Discussion |
24 | 5. Design Code Recommendations 5.1 Current Code Requirements 5.2 Recommended Code Upgrades |
25 | 6. References |
26 | 3. Assessment of the Performance of Building Envelope Systems on Key Critical Facilities 1. Introduction 2. Part I: Description of Performance of Building Envelopes on Inspected Buildings 2.1 University of New Orleans |
28 | 2.2 Lafon Home Nursing Facility |
33 | 2.3 East Jefferson General Hospital |
41 | 2.4 East Haven Care and Rehab Center |
46 | 2.5 Children’s Hospital |
48 | 3. Part II: Evaluation of the Performance of Different Types of Envelope Systems 3.1 Glass Windows and Glazing |
49 | 3.2 Parapet Coping 3.3 Miscellaneous Panels 3.4 Roofing Membrane 3.5 Stain on Walls 3.6 Undamaged Building Envelope Components |
50 | 4. Summary |
51 | 4. Structural Performance 1. Observations on the Performance of Structural Systems in Hurricanes 1.1 Structural Damage |
54 | 1.2 Effect of Recent Retrofits on Performance |
55 | 2. Performance vs. Prescriptive Design Issues 2.1 Flood Design vs. Flood Control Measures |
56 | 3. Current Design Requirements 3.1 State Codes |
57 | 3.2 American Society of Civil Engineering (ASCE) Codes 3.3 2003/2006 International Building Code |
58 | 3.4 Codes for Hurricane/Storm Shelters |
59 | 3.5 Codes for Critical Facilities |
60 | 4. General Comments and Observations 5. References |
62 | 5. Performance of Fire Protection and Life Safety Systems 1. Introduction |
63 | 2. Damage Observations 2.1 Hurricane 2.2 Facility and Staff Responses |
64 | 2.3 Building Occupants 3. Current Design Requirements |
65 | 4. Discussion 4.1 Automatic Sprinkler |
66 | 4.2 Fire Detection and Alarm 4.3 Fire Department |
67 | 4.4 Egress 5. Summary |
68 | 6. References |
69 | 6. Performance of Communication Infrastructure 1 Introduction 2. Impact on Region’s Communication Infrastructure 2.1 Public Safety Networks |
70 | 2.2 Public Safety Answering Points (PSAPs) 2.3 Wireline 2.4 Cellular/PCS |
71 | 2.5 Paging 2.6 Satellite 2.7 Broadcasting |
72 | 2.8 Cable 2.9 Utilities 2.10 License Exempt Wireless (WISPs) 2.11 Amateur Radio Service 2.12 Newspaper 3. Major Causes of Communication Problems 3.1 Flooding |
73 | 3.2 Power and Fuel 3.3 Redundant Pathways 3.4 Line Cuts 3.5 Lack of Interoperability 4. Recommendations to the FCC by an Independent Panel of Experts |
74 | 5. Possible Solutions: Ham Operators 6. Specific Storm-Related Problems 6.1 East Jefferson Hospital 6.2 Children’s Hospital |
75 | 6.3 University of New Orleans 7. References |
76 | 7. Multidisciplinary Risk Assessment 1. Introduction 2. Determination of Risk Score 2.1 Methodology |
78 | 2.2 Hurricane/Flood Risk Assessment Categories and Sub-Categories |
81 | 3. Analysis of Data and Risk Assessment 3.1 Fuel and Water |
82 | 3.2 Wastewater and Solid Waste 3.3 Mutually Opposing Performance Requirements for Critical Systems |
83 | 4. Conclusions 5. References |
84 | Appendix A: Multidisciplinary Assessment Form for Critical Facilities |
106 | Appendix B: Multidisciplinary Risk Assessment Matrices |
124 | Index A B C E F G H I L |
125 | M N P R S U W |