Coastal Construction Manual - National Ready Mixed Concrete ...

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INVESTIGATING REGULATORY REQUIREMENTS 5 Tung, C. C.; B. Kasal; S. M. Rogers, Jr.; S. C. Yeh. 1999. Behavior of Breakaway Walls Subjected to Wave Forces: Analytical and Experimental Studies. UNC-SG-99-03. North Carolina Sea Grant, North Carolina State University. Raleigh, NC. Code of Federal Regulations “Flood plain management criteria for flood-prone areas.” 44 CFR § 60.3. June 30, 2011. COASTAL CONSTRUCTION MANUAL 5-35
1 CHAPTER TITLE COASTAL CONSTRUCTION MANUAL 6Fundamentals of Risk Analysis and Risk Reduction A successful building design incorporates elements of risk assessment, risk reduction, and risk management. Building success as defined in Chapter 1 can be met through various methods, but they all have one thing in common: careful consideration of natural hazards and use of siting, design, construction, and maintenance practices to reduce damage to the building. Designing in areas subject to coastal hazards requires an increased standard of care. Designers must also be knowledgeable about loading requirements in coastal hazard areas and appropriate ways to handle those loads. Failure to address even one of these concerns can lead to building CROSS REFERENCE For resources that augment the guidance and other information in this Manual, see the Residential Coastal Construction Web site (http://www.fema.gov/rebuild/ mat/fema55.shtm). damage, destruction, or loss of use. Designers should remember that the lack of building damage during a high-probability (low-intensity) wind, flood, or other event cannot be construed as a building success— success can only be measured against a design event or a series of lesser events with the cumulative effect of a design event. A critical component of successful building construction in coastal environments is accurately assessing the risk from natural hazards and then reducing that risk as much as possible. Accurate risk assessment and risk reduction are directly tied to correctly identifying natural hazards relevant to the building site. Before beginning the design process, it is important to understand and identify the natural hazard risks associated with a particular site, determine the desired level of protection from those hazards, and determine how best to manage residual risk. Design professionals must communicate these concepts to building owners so COASTAL CONSTRUCTION MANUAL 6-1
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Coastal Construction Manual Princip
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All illustrations in this document
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1 CHAPTER TITLE COASTAL CONSTRUCTIO
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CONTENTS Volume I 2.2.7 Pacific Coa
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CONTENTS Volume I Chapter 4. Siting
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CONTENTS Volume I List of Figures C
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CONTENTS Volume I Figure 3-11. Figu
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CONTENTS Volume I Figure 3-53. Typi
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CONTENTS Volume I List of Tables Ch
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1 INTRODUCTION International (BOCA)
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1 INTRODUCTION TERMINOLOGY: DESIGN
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1 INTRODUCTION be indicated once th
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1 INTRODUCTION systems, application
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1 INTRODUCTION Zone V. Portion of t
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HISTORICAL PERSPECTIVE 2 Figure 2-1
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HISTORICAL PERSPECTIVE 2 2.2.2 Mid-
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HISTORICAL PERSPECTIVE 2 of continu
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HISTORICAL PERSPECTIVE 2 High winds
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HISTORICAL PERSPECTIVE 2 2.2.8 Hawa
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HISTORICAL PERSPECTIVE 2 1. Waves 1
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HISTORICAL PERSPECTIVE 2 access. Th
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HISTORICAL PERSPECTIVE 2 Foundation
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HISTORICAL PERSPECTIVE 2 corrosion
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HISTORICAL PERSPECTIVE 2 Failure to
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HISTORICAL PERSPECTIVE 2 Two other
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HISTORICAL PERSPECTIVE 2 FEMA (Fede
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IDENTIFYING HAZARDS 3 few thousandt
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IDENTIFYING HAZARDS 3 Figure 3‐3.
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IDENTIFYING HAZARDS 3 shoreline are
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IDENTIFYING HAZARDS 3 Table 3‐1.
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IDENTIFYING HAZARDS 3 Coastal storm
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IDENTIFYING HAZARDS 3 Figure 3‐7.
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IDENTIFYING HAZARDS 3 Figure 3‐11
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IDENTIFYING HAZARDS 3 Hardened buil
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IDENTIFYING HAZARDS 3 non-ductile c
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IDENTIFYING HAZARDS 3 the other haz
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IDENTIFYING HAZARDS 3 Land uplift i
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IDENTIFYING HAZARDS 3 3.3.4.7 Wildf
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IDENTIFYING HAZARDS 3 3.4.3 Waves W
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IDENTIFYING HAZARDS 3 3.4.4 Flood
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IDENTIFYING HAZARDS 3 one of erosio
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IDENTIFYING HAZARDS 3 Erosion durin
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IDENTIFYING HAZARDS 3 of the inlet
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IDENTIFYING HAZARDS 3 3.5.2.3 Erosi
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IDENTIFYING HAZARDS 3 and groundwat
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IDENTIFYING HAZARDS 3 3.5.2.5 Local
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IDENTIFYING HAZARDS 3 3.6.2 Flood I
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IDENTIFYING HAZARDS 3 Building code
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IDENTIFYING HAZARDS 3 For a coastal
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IDENTIFYING HAZARDS 3 3.7.1 Determi
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IDENTIFYING HAZARDS 3 A USACE Engin
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IDENTIFYING HAZARDS 3 In 2007, FEM
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IDENTIFYING HAZARDS 3 Jarrell, J.D.
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SITING 4 4. Either proceed with the
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SITING 4 The geographic region or
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SITING 4 Table 4‐1. General Infor
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SITING 4 In the absence of current
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SITING 4 information should be comb
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SITING 4 evaluate a site for its su
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Page 201 and 202: FUNDAMENTALS OF RISK ANALYSIS AND R
Page 217 and 218: ACRONYMS Volume I CFR CRS CZM CZMA
Page 219 and 220: ACRONYMS Volume I NAVD NBC NEHRP NF
Page 221 and 222: 1 CHAPTER TITLE COASTAL CONSTRUCTIO
Page 223 and 224: Volume I GLOSSARY Coastal A Zone -
Page 225 and 226: Volume I GLOSSARY DFE is identical
Page 227 and 228: Volume I GLOSSARY Flood Insurance S
Page 229 and 230: Volume I GLOSSARY Interior mechanic
Page 231 and 232: Volume I GLOSSARY Metal roof panel
Page 233 and 234: Volume I GLOSSARY Pressure-treated
Page 235 and 236: Volume I GLOSSARY the installation
Page 237 and 238: Volume I GLOSSARY V Variance - Unde
Page 239 and 240: 1 CHAPTER TITLE COASTAL CONSTRUCTIO
Page 241 and 242: Volume I INDEX Coastal A Zone, 1-10
Page 243 and 244: Volume I INDEX Effects of shore pro
Page 245 and 246: Volume I INDEX Siting consideration
Page 247 and 248: Volume I INDEX Coastal A Zone) Term
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Volume I INDEX Channelized flow, 3-
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Volume I INDEX U Uplift (land) (see
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FEMA P-55 Catalog No. 08352-1
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