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FEMA E74 2011

FEMA E74 2011

$49.40

FEMA E-74 – Reducing the Risks of Nonstructural Earthquake Damage A Practical Guide. Fourth Edition

Published By Publication Date Number of Pages
FEMA 2011 755
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PDF Catalog

PDF Pages PDF Title
1 FEMA E-74_part1
FEMAE-74coverA.pdf
2 InsideCover
4 Preface
5 Chapter 1
1.1 Purpose
1.2 Intended Audience
9 1.3 Regional Applicability
10 1.4 Limitations
1.5 Acknowledgements
12 Chapter 2
13 2.1 Definitions
2.1.1 Structural Components
2.1.2 Nonstructural Components
16 2.1.3 Relative Costs
17 2.2 Causes of Structural Damage
18 2.2.1 Inertial Forces
19 2.2.2 Building Deformations
20 2.2.3 Building Separations
22 2.2.4 Nonstructural Interaction
2.3 Extent of Nonstructural Damage
24 2.4 Importance of Nonstructural damage
25 2.4.1 Life Safety (LS)
30 2.4.2 Property Loss (PL)
31 2.4.3 Functional Loss (FL)
35 2.5 COmmon Types of Nonstructural Earthquake Damage
2.5.1 Life Safety
38 2.5.2 Property Loss
40 2.5.3 Functional Loss
42 Chapter 3
3.1 Survey of Nonstructural Components
44 3.1.1 Survey Forms
47 3.2 Estimating Seismic Risk
3.2.1 Estimating Seismic Shaking Intensity
50 3.2.2 Estimating Seismic Risk Ratings
51 3.2.3 Assigning Priority Ratings
3.2.4 Application of Nonstructural Guidelines
53 Chapter 4
54 4.1 Program Objectives and Scope
4.1.1 Voluntary vs. Mandatory Risk Reduction
55 4.1.2 Performance-Based Design Concepts
60 4.1.3 Legal Considerations
61 4.2 Design considerations
63 4.3 Project planning and implementation strategies
65 4.3.1 Integration with Maintenance Programs
4.3.2 Integration with Remodeling
66 4.3.3 Phased or Incremental Upgrading
4.3.4 Integration with Purchasing
67 4.4 Responsibility and Program Management
4.4.1 Responsibility
70 4.4.2 Sustaining Protection
71 4.4.3 Program Evaluation
4.5 Cost benchmarks – Examples
4.5.1 Example 1 – manufacturing facility
72 4.5.2 Example 2 – school district
73 4.5.3 Example 3 – California Hospital
75 Chapter 5
76 5.1 Program Objectives and Scope
77 5.1.1 Voluntary vs Mandatory Risk Reduction
78 5.1.2 Performance-Based Design concepts
80 5.2 Design Considerations
81 5.3 Building code requirements
5.3.1 2009 Edition of the International building code (IBC 2009)
84 5.3.2 Enforcement of Code Requirements
85 Plan Review
Construction Inspection
86 5.3.3 Requirements for Contents
5.3.4 Other Standards and Protocols
87 5.3.5 Validation and Refinement of Code Requirements
5.4 Responsibility and Project Management
89 5.4.1 Example: Responsibility Matrix
90 5.4.2 Example: Seismic Code Block, Saint Louis county, Missouri
92 Chapter 6-Sections 6.1-6.2
6.1 Protective Measures
6.1.1 Common Sense Measures
93 6.1.2 Nonstructural Component Protection Measures
95 6.2 Nonstructural Component examples
96 6.2.1 Typical Mitigation Details
102 FEMA E-74_part2
chapter6_3_1_1
6.3 Architectural Components
6.3.1 Exterior Wall Components
6.3.1.1 Adhered Veneer
Typical causes of damage
103 Damage Examples
106 Seismic Mitigation Considerations
107 Mitigation Examples
108 Mitigation Details
109 chapter6_3_1_2
6.3 Architectural Components
6.3.1 Exterior Wall Components
6.3.1.2 Anchored Veneer
Typical causes of damage
110 Damage Examples
112 Seismic Mitigation Considerations
113 Mitigation Examples
114 Mitigation Details
115 chapter6_3_1_3
6.3 Architectural Components
6.3.1 Exterior Wall Components
6.3.1.3 Prefabricated Panels
Typical causes of damage
116 Damage Examples
122 Seismic Mitigation Considerations
123 Mitigation Details
125 chapter6_3_1_4
6.3 Architectural Components
6.3.1 Exterior Wall Components
6.3.1.4 Glazing
Typical causes of damage
126 Damage Examples
132 Seismic Mitigation Considerations
133 Mitigation Details
134 chapter6_3_1_5
6.3 ARCHITECTURAL COMPONENTS
6.3.1 Exterior Wall Components
6.3.1.5 Glass block
Typical causes of damage
135 Damage Examples
137 Seismic Mitigation Considerations
139 Mitigation Examples
141 Mitigation Details
143 FEMA E-74_part3
chapter6_3_2_1
6.3 ARCHITECTURAL COMPONENTS
6.3.2 Interior Partitions
6.3.2.1 Interior Partition Walls, Heavy
Typical causes of damage
144 Damage Examples
148 Seismic Mitigation Considerations
149 Mitigation Examples
151 Mitigation Details
153 chapter6_3_2_2
6.3 ARCHITECTURAL COMPONENTS
6.3.2 Interior Partitions
6.3.2.2 Interior Partition Walls, Light
Typical causes of damage
154 Damage Examples
155 Seismic Mitigation Considerations
156 Mitigation Examples
158 Mitigation Details
160 chapter6_3_2_3
6.3 ARCHITECTURAL COMPONENTS
6.3.2 Interior Partitions
6.3.2.3 Glazed Partitions
Typical causes of damage
161 Damage Examples
163 Seismic Mitigation Considerations
165 Mitigation Examples
167 Mitigation Details
168 chapter6_3_3_1
6.3 ARCHITECTURAL COMPONENTS
6.3.3 Interior VeneerS
6.3.3.1 Stone, TilE and Masonry Veneer
Typical causes of damage
169 Damage Examples
170 Seismic Mitigation Considerations
172 Mitigation Details
173 chapter6_3_4_1
6.3 ARCHITECTURAL COMPONENTS
6.3.4 Ceilings
6.3.4.1 Suspended Acoustic Lay-in Tile ceiling Systems
Typical causes of damage
174 Damage Examples
177 Seismic Mitigation Considerations
180 Mitigation Examples
181 Mitigation Details
186 chapter6_3_4_2
6.3 ARCHITECTURAL COMPONENTS
6.3.4 Ceilings
6.3.4.2 Ceilings applied Directly to Structure
Typical causes of damage
187 Damage Examples
192 Seismic Mitigation Considerations
193 Mitigation Examples
195 Mitigation Details
197 chapter6_3_4_3.pdf
6.3 ARCHITECTURAL COMPONENTS
6.3.4 Ceilings
6.3.4.3 Suspended Heavy Ceilings
Typical causes of damage
198 Damage Examples
202 Seismic Mitigation Considerations
205 Mitigation Examples
206 Mitigation Details
209 FEMA E-74_part4
chapter6_3_5_1
6.3 ARCHITECTURAL COMPONENTS
6.3.5 Parapets and Appendages
6.3.5.1 Unreinforced Masonry Parapets
Typical causes of damage
210 Damage Examples
212 Seismic Mitigation Considerations
Mitigation Examples
214 Mitigation Details
215 chapter6_3_6_1
6.3 ARCHITECTURAL COMPONENTS
6.3.6 Canopies, Marquees, AND Signs
6.3.6.1 Canopies, Marquees, AND Signs
Typical causes of damage
Damage Examples
217 Seismic Mitigation Considerations
Mitigation Details
218 chapter6_3_7_1
6.3 ARCHITECTURAL COMPONENTS
6.3.7 Chimneys and Stacks
6.3.7.1 Unreinforced Masonry Chimney
Typical causes of damage
Damage Examples
220 Seismic Mitigation Considerations
221 Mitigation Examples
Mitigation Details
222 chapter6_3_8_1
6.3 ARCHITECTURAL COMPONENTS
6.3.8 Stairways
6.3.8.1 Stairways
Typical causes of damage
223 Damage Examples
228 Seismic Mitigation Considerations
229 Mitigation Details
231 chapter6_3_9_1
6.3 ARCHITECTURAL COMPONENTS
6.3.9 Freestanding Walls or Fences
6.3.9.1 Freestanding Masonry wall or Fence
Typical causes of damage
232 Damage Examples
235 Seismic Mitigation Considerations
237 Mitigation Details
239 chapter6_4_1_1
6.4 Mechanical, Electrical, and Plumbing Components
6.4.1 Mechanical Equipment
6.4.1.1 Boilers, Furnaces, Pumps, and Chillers
Typical causes of damage
240 Damage Examples
241 Seismic Mitigation Considerations
242 Mitigation Examples
245 Mitigation Details
247 chapter6_4_1_2
6.4 Mechanical, Electrical, and Plumbing Components
6.4.1 Mechanical Equipment
6.4.1.2 General Manufacturing and PrOcess Machinery
Typical causes of damage
248 Damage Examples
250 Seismic Mitigation Considerations
251 chapter6_4_1_3
6.4 Mechanical, Electrical, and Plumbing Components
6.4.1 Mechanical Equipment
6.4.1.3 HVAC Equipment with Vibration Isolation
Typical causes of damage
252 Damage Examples
255 Seismic Mitigation Considerations
256 Mitigation Examples
259 Mitigation Details
260 chapter6_4_1_4.pdf
6.4 Mechanical, Electrical, and Plumbing ComponentS
6.4.1 Mechanical Equipment
6.4.1.4 HVAC Equipment without Vibration Isolation
Typical causes of damage
Damage Examples
262 Seismic Mitigation Considerations
264 Mitigation Details
265 FEMA E-74_part5
chapter6_4_1_5
6.4 Mechanical, Electrical, and Plumbing Components
6.4.1 Mechanical Equipment
6.4.1.5 HVAC Equipment Suspended In-Line with Ductwork
Typical causes of damage
266 Damage Examples
269 Seismic Mitigation Considerations
Mitigation Examples
270 Mitigation Details
273 chapter6_4_1_6
6.4 Mechanical, Electrical, and Plumbing Components
6.4.1 Mechanical Equipment
6.4.1.6 Suspended Equipment
Typical causes of damage
274 Damage Examples
275 Seismic Mitigation Considerations
276 Mitigation Details
277 chapter6_4_2_1
6.4 Mechanical, Electrical, and Plumbing Components
6.4.2 Storage Tanks and Water Heaters
6.4.2.1 Structurally Supported Tanks and Vessels
Typical causes of damage
278 Damage Examples
282 SEISMIC MITIGATION CONSIDERATIONS
283 Mitigation Examples
285 Mitigation Details
286 chapter6_4_2_2
6.4 Mechanical, Electrical, and Plumbing Components
6.4.2 Storage Tanks and Water Heaters
6.4.2.2 Flat Bottom Tanks and VesselS
Typical causes of damage
287 Damage Examples
290 Seismic Mitigation Considerations
Mitigation Examples
293 Mitigation Details
294 chapter6_4_2_3
6.4 Mechanical, Electrical, and Plumbing Components
6.4.2 Storage Tanks and Water Heaters
6.4.2.3 Compressed Gas Cylinders
Typical causes of damage
Damage Examples
295 Seismic Mitigation Considerations
Mitigation Examples
301 Mitigation Details
302 chapter6_4_2_4.pdf
6.4 Mechanical, Electrical, and Plumbing Components
6.4.2 Storage Tanks and Water Heaters
6.4.2.4 Water HeaterS
Typical causes of damage
303 Damage Examples
304 Seismic Mitigation Considerations
305 Mitigation Examples
308 Mitigation Details
310 chapter6_4_3_1
6.4 Mechanical, Electrical, and Plumbing Components
6.4.3 Pressure piping
6.4.3.1 Suspended pressurE piping
Typical causes of damage
311 Damage Examples
314 Seismic Mitigation Considerations
315 Mitigation Examples
319 Mitigation Details
324 FEMA E-74_part6
chapter6_4_3_2
6.4 Mechanical, Electrical, and Plumbing Components
6.4.3 Pressure piping
6.4.3.2 In-Line Valves and Pumps
Typical causes of damage
Seismic Mitigation Considerations
325 Mitigation Examples
326 Mitigation Details
329 chapter6_4_3_3
6.4 Mechanical, Electrical, and Plumbing Components
6.4.3 Pressure piping
6.4.3.3 Flexible Connections, Expansion Joints, and Seismic Separations
Typical causes of damage
330 Damage Examples
331 Seismic Mitigation Considerations
332 Mitigation Examples
336 Mitigation Details
337 chapter6_4_3_4
6.4 Mechanical, Electrical, and Plumbing Components
6.4.3 Pressure Piping
6.4.3.4 Pipe Risers
Typical causes of damage
338 Damage Examples
Seismic Mitigation Considerations
340 Mitigation Examples
343 Mitigation Details
347 chapter6_4_3_5
6.4 Mechanical, Electrical, and Plumbing Components
6.4.3 Pressure Piping
6.4.3.5 Floor-mounted supports
Typical causes of damage
348 Damage Examples
349 Seismic Mitigation Considerations
350 Mitigation Examples
353 Mitigation Details
356 chapter6_4_3_6
6.4 Mechanical, Electrical, and Plumbing Components
6.4.3 Pressure Piping
6.4.3.6 Roof-mounted supports
Typical causes of damage
357 Damage Examples
359 Seismic Mitigation Considerations
360 Mitigation Examples
361 Mitigation Details
363 chapter6_4_3_7
6.4 Mechanical, Electrical, and Plumbing Components
6.4.3 Pressure Piping
6.4.3.7 Wall-mounted supports
Typical causes of damage
364 Damage Examples
365 Seismic Mitigation Considerations
366 Mitigation Examples
367 Mitigation Details
371 chapter6_4_3_8.pdf
6.4 Mechanical, Electrical, and Plumbing Components
6.4.3 Pressure Piping
6.4.3.8 Penetrations
Typical causes of damage
372 Damage Examples
375 Seismic Mitigation Considerations
376 Mitigation Examples
377 /
379 Mitigation Details
381 FEMA E-74_part7
chapter6_4_4_1
6.4 Mechanical, Electrical, and Plumbing Components
6.4.4 Fire Protection piping
6.4.4.1 Suspended Fire Protection Piping
Typical causes of damage
382 Damage Examples
387 Seismic Mitigation Considerations
388 Mitigation Examples
390 Mitigation Details
391 chapter6_4_5_1
6.4 Mechanical, Electrical, and Plumbing Components
6.4.5 FLuid Piping, not fire protection
6.4.5.1 hazardous materials PIPING
Typical causes of damage
392 Damage Examples
395 Seismic Mitigation Considerations
397 Mitigation Examples
402 Mitigation Details
403 chapter6_4_5_2
6.4 Mechanical, Electrical, and Plumbing Components
6.4.5 FLuid Piping, not fire PROTECTION
6.4.5.2 NonHazardous Materials PIPING
Typical causes of damage
404 Damage Examples
407 Seismic Mitigation Considerations
Mitigation Examples
410 chapter6_4_6_1
6.4 Mechanical, Electrical, and Plumbing Components
6.4.6 Ductwork
6.4.6.1 Suspended Ductwork
Typical causes of damage
411 Damage Examples
413 Seismic Mitigation Considerations
414 Mitigation Examples
417 Mitigation Details
419 chapter6_4_6_2
6.4 Mechanical, Electrical, and Plumbing Components
6.4.6 Ductwork
6.4.6.2 Air Diffusers
Typical causes of damage
420 Damage Examples
421 Seismic Mitigation Considerations
422 Mitigation Details
423 chapter6_4_7_1.pdf
6.4 Mechanical, Electrical, and Plumbing Components
6.4.7 Electrical and Communications Equipment
6.4.7.1 Control Panels, Motor Control Centers, AND Switchgear
Typical causes of damage
424 Damage Example
427 Seismic Mitigation Considerations
Mitigation Examples
434 Mitigation Details
436 FEMA E-74_part8
chapter6_4_7_2
6.4 Mechanical, Electrical, and Plumbing Components
6.4.7 Electrical and Communications Equipment
6.4.7.2 Emergency GeneratorS
Typical causes of damage
Seismic Mitigation Considerations
437 Mitigation Examples
439 Mitigation Details/
440 chapter6_4_7_3
6.4 Mechanical, Electrical, and Plumbing Components
6.4.7 Electrical and Communications Equipment
6.4.7.3 TransformerS
Typical causes of damage
Damage Examples
441 Seismic Mitigation Considerations
442 Mitigation Details
443 chapter6_4_7_4
6.4 Mechanical, Electrical, and Plumbing Components
6.4.7 Electrical and Communications Equipment
6.4.7.4 Batteries and Battery Racks
Typical causes of damage
Damage Examples
444 Seismic Mitigation Considerations
Mitigation Examples
446 Mitigation Details
447 chapter6_4_7_5
6.4 Mechanical, Electrical, and Plumbing Components
6.4.7 electrical and communications equipment
6.4.7.5 Photovoltaic (PV) Power Systems
Typical causes of damage
Seismic Mitigation Considerations
449 Mitigation Examples
453 Mitigation Details
455 chapter6_4_7_6
6.4 Mechanical, Electrical, and Plumbing Components
6.4.7 Eletrical and communications equipment
6.4.7.6 Communications Antennae
Typical causes of damage
456 Damage Examples
459 Seismic Mitigation Considerations
460 Mitigation Examples
462 Mitigation Details
464 chapter6_4_8_1
6.4 Mechanical, Electrical, and Plumbing Components
6.4.8 Electrical and Communications Distribution Equipment
6.4.8.1 ELECTRICAL Raceways, Conduit, AND Cable TrayS
Typical causes of damage
Damage Examples
465 Seismic Mitigation Considerations
Mitigation Examples
467 Mitigation Details
468 chapter6_4_8_2
6.4 Mechanical, Electrical, and Plumbing Components
6.4.8 Electrical and Communications Distribution Equipment
6.4.8.2 Electrical Distribution Panels
Typical causes of damage
469 Damage Examples
Seismic Mitigation Considerations
470 Mitigation Examples
471 Mitigation Details
472 chapter6_4_9_1
6.4 Mechanical, electrical, and plumbing components
6.4.9 Light Fixtures
6.4.9.1 Recessed Light Fixtures
Typical causes of damage
473 Damage Examples
477 Seismic Mitigation Considerations
479 Mitigation Examples
480 Mitigation Details
482 chapter6_4_9_2.pdf
6.4 Mechanical, Electrical, and Plumbing Components
6.4.9 Light Fixtures
6.4.9.2 Surface-Mounted lighting
Typical causes of damage
483 Damage Examples
485 Seismic Mitigation Considerations
487 Mitigation Examples
488 Mitigation Details
489 FEMA E-74_part9
chapter6_4_9_3
6.4 Mechanical, ElectricaL, and Plumbing Components
6.4.9 Light Fixtures
6.4.9.3 Pendant light fixtures
Typical causes of damage
490 Damage Examples
493 Seismic Mitigation Considerations
494 Mitigation Details
495 chapter6_4_9_4
6.4 Mechanical, Electrical, and Plumbing Components
6.4.9 Light Fixtures
6.4.9.4 Heavy light Fixtures
Typical causes of damage
496 Seismic Mitigation Considerations
498 Mitigation Examples
500 Mitigation Details
502 chapter6_4_10_1
6.4 Mechanical, Electrical, and Plumbing Components
6.4.10 ELEVators and escalators
6.4.10.1 Hydraulic elevators
Typical causes of damage
Seismic Mitigation Considerations
504 Mitigation Details
505 chapter6_4_10_2
6.4 Mechanical, Electrical, and Plumbing Components
6.4.10 ELEvators and Escalators
6.4.10.2 Traction elevators
Typical causes of damage
507 Damage Examples
511 Seismic Mitigation Considerations
513 Mitigation Examples
514 Mitigation Details
515 chapter6_4_10_3
6.4 Mechanical, Electrical, and Plumbing Components
6.4.10 elevators and Escalators
6.4.10.3 Escalators
Typical causes of damage
516 Damage Examples
517 Seismic Mitigation Considerations
518 Mitigation Details
519 chapter6_4_11_1
6.4 Mechanical, Electrical, and Plumbing Components
6.4.11 Conveyors
6.4.11.1 Conveyors
Typical causes of damage
520 Damage Examples
523 Seismic Mitigation Considerations
524 Mitigation Details
525 chapter6_5_1_1
6.5 Furniture, Fixtures, Equipment and Contents
6.5.1 Storage Racks
6.5.1.1 Light Duty SHelving
Typical causes of damage
526 Damage Examples
527 Seismic Mitigation Considerations
528 Mitigation Examples
533 Mitigation Details
534 chapter6_5_1_2.pdf
6.5 Furniture, Fixtures, Equipment and Contents
6.5.1 Storage Racks
6.5.1.2 industrial storage racks
Typical causes of damage
535 Damage Examples
539 Seismic Mitigation Considerations
540 Mitigation Examples
542 Mitigation Details
543 FEMA E-74_part10
chapter6_5_2_1
6.5 Furniture, Fixtures, Equipment and Contents
6.5.2 Bookcases, Shelving
6.5.2.1 Bookshelves
Typical causes of damage
Damage Examples
545 Seismic Mitigation Considerations
547 Mitigation Details
549 chapter6_5_2_2
6.5 Furniture, Fixtures, Equipment and Contents
6.5.2 Bookcases, shelving
6.5.2.2 Library and Other Shelving
Typical causes of damage
550 Damage Examples
553 Seismic Mitigation Considerations
554 Mitigation Examples
555 Mitigation Details
557 chapter6_5_3_1
6.5 Furniture, Fixtures, Equipment and Contents
6.5.3 Computer and Communication Equipment
6.5.3.1 Computer Access Floors and Equipment
Typical causes of damage
Damage Examples
560 Seismic Mitigation Considerations
561 Mitigation Examples
566 Mitigation Details
569 chapter6_5_3_2
6.5 Furniture, Fixtures, Equipment and Contents
6.5.3 Computer and Communication Equipment
6.5.3.2 Computer and Communication Racks
Typical causes of damage
Damage Examples
570 Seismic Mitigation Considerations
571 Mitigation Examples
572 Mitigation Details
574 chapter6_5_3_3
6.5 Furniture, Fixtures, Equipment and Contents
6.5.3 Computer and Communication Equipment
6.5.3.3 Desktop Computers and Accessories
Typical causes of damage
Damage Examples
575 Seismic Mitigation Considerations
576 Mitigation Details
577 chapter6_5_3_4
6.5 Furniture, Fixtures, Equipment and Contents
6.5.3 Computer and Communication Equipment
6.5.3.4 Televisions and Video Monitors, Wall-Mounted
Typical causes of damage
578 Existing Condition
579 Seismic Mitigation Considerations
580 Mitigation Examples
582 Mitigation Details
583 chapter6_5_4_1
6.5 Furniture, Fixtures, Equipment and Contents
6.5.4 Hazardous Materials Storage
6.5.4.1 Hazardous Materials Storage
Typical causes of damage
584 Damage Examples
587 Seismic Mitigation Considerations
589 chapter6_5_5_1
6.5 Furniture, Fixtures, Equipment and Contents
6.5.5 Miscellaneous Furniture, Fixtures and Equipment
6.5.5.1 File Cabinets
Typical causes of damage
590 Damage Examples
592 Seismic Mitigation Considerations
593 Mitigation Details
596 chapter6_5_5_2
6.5 Furniture, Fixtures, Equipment and Contents
6.5.5 Miscellaneous Furniture, Fixtures and Equipment
6.5.5.2 Demountable Partitions
Typical causes of damage
Damage Examples
597 Seismic Mitigation Considerations
598 Mitigation Details
600 chapter6_5_5_3.pdf
6.5 Furniture, Fixtures, Equipment and Contents
6.5.5 Miscellaneous Furniture, Fixtures and Equipment
6.5.5.3 Miscellaneous Furniture and Fixtures
Typical causes of damage
601 Damage Examples
603 Seismic Mitigation Considerations
604 Mitigation Examples
606 FEMA E-74_part11
chapter6_5_6_1
6.5 Furniture, Fixtures, Equipment and Contents
6.5.6 Miscellaneous Contents
6.5.6.1 Shelf-Mounted Items
Typical causes of damage
Damage Examples
607 Seismic Mitigation Considerations
608 Mitigation Examples
611 Mitigation Details
612 chapter6_5_6_2
6.5 Furniture, Fixtures, Equipment and Contents
6.5.6 Miscellaneous Contents
6.5.6.2 DeskTop, CounterTop Items
Typical causes of damage
613 Damage Examples
/
614 Seismic Mitigation Considerations
615 Mitigation Examples
616 Mitigation Details
618 chapter6_5_6_3
6.5 Furniture, Fixtures, Equipment and Contents
6.5.6 Miscellaneous Contents
6.5.6.3 Fragile Artwork
Typical causes of damage
Damage Examples
619 /
/
/
620 Seismic Mitigation Considerations
621 Mitigation Examples
624 Mitigation Details
625 chapter6_5_6_4.pdf
6.5 Furniture, Fixtures, Equipment and Contents
6.5.6 Miscellaneous Contents
6.5.6.4 Fire Extinguisher and Cabinet
Typical causes of damagE
626 Damage Example
627 Seismic Mitigation Considerations
Mitigation Details
628 Chapter 6-Section 6.6
6.6 Installation Notes, Safety Warnings, and additional guidelines
6.6.1 Positive Connections
629 6.6.2 Typical Wall Attachment Details
Anchorage to Wood or Metal Stud Partition Walls
630 Hardware – Recommended
631 Hardware – Not Recommended
Anchorage to Concrete or Masonry Walls
632 Hardware and Procedures – Recommended
633 Hardware and Procedures – Not Recommended
6.6.3 Typical Floor and Ceiling Attachment Details
Anchorage to Wood Framing
634 Hardware and Procedures – Recommended
Hardware and Procedures – Not Recommended
Anchorage to Steel Framing
Hardware – Recommended
635 Anchorage to Concrete Floor or Roof Slabs
Hardware and Procedures – Recommended
Hardware and Procedures – Not Recommended
6.6.4 Typical Shelf or Countertop Attachment Details
636 Hardware and Procedures – Recommended
6.6.5 Purchasing
637 6.6.6 Patching, Painting, and Corrosion Protection
6.6.7 Safety Precautions
Procedures – Recommended
638 6.6.8 Electrical Danger Warnings and guidelines
640 FEMA E-74_Appendices
AppendixA_Specification
642 AppendixB_ResponsibilityMatrix
644 AppendixC_InventoryForm
647 AppendixD_Checklist
676 AppendixE_RiskRatings
689 AppendixF_Resources
736 AppendixG_Glossary
Anchorage: Connection or attachment of a nonstructural component to the structure typically through the use of welding, bolts, screws, post-installed anchors or other mechanical fasteners that provide a positive connection. Based on the configuration …
742 Restraint/Bracing: Bracing or anchorage used to limit movement under seismic forces. Cables or rigid elements (struts, pipes, angles, etc) used to resist forces by uniaxial tension or compression. The term “bracing” may also be used to describe design…
Seismic Deformations: Drifts, deflections and seismic relative displacements determined in accordance with the applicable seismic requirements of ASCE/SEI 7-10 or the Building Codes currently in effect where the Project is located.
745 AppendixH_References
752 AppendixI_Participants.pdf
FEMA Project Officers
Subject Matter Expert
Project Manager
753 Project Management Committee
754 Project Review Panel
755 Additional Reviewers
Additional Contributor

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FEMA E74 2011
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