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Seismic Design Criteria For Structures, Systems, And Components In Nuclear Facilities Book

Seismic Design Criteria For Structures, Systems, And Components In Nuclear Facilities
Seismic Design Criteria For Structures, Systems, And Components In Nuclear Facilities, Providing design criteria that are more stringent than normal building codes, and rightly so, this Standard addresses ground shaking but not other earthquake effects as differential fault displacement and seismic slope instability. It uses the Target Perf, Seismic Design Criteria For Structures, Systems, And Components In Nuclear Facilities has a rating of 3 stars
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Seismic Design Criteria For Structures, Systems, And Components In Nuclear Facilities, Providing design criteria that are more stringent than normal building codes, and rightly so, this Standard addresses ground shaking but not other earthquake effects as differential fault displacement and seismic slope instability. It uses the Target Perf, Seismic Design Criteria For Structures, Systems, And Components In Nuclear Facilities
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  • Seismic Design Criteria For Structures, Systems, And Components In Nuclear Facilities
  • Written by author Structural Engineering Institute
  • Published by American Society of Civil Engineers, 2005/07/31
  • Providing design criteria that are more stringent than normal building codes, and rightly so, this Standard addresses ground shaking but not other earthquake effects as differential fault displacement and seismic slope instability. It uses the Target Perf
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Book Categories

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Standard
1 Introduction 1
2 Earthquake ground motion 5
3 Evaluation of seismic demand 9
4 Evaluation of structural capacity 12
5 Load combinations and acceptance criteria for structures 16
6 Ductile detailing requirements 19
7 Special considerations 22
8 Equipment and distribution systems 25
9 Seismic quality provisions 29
App. A Approximate methods for sliding and rocking of an unanchored rigid body 33
App. B Commentary on and examples of approximate methods for sliding and rocking of an unanchored rigid body 34
Commentary
C1 Introduction 43
C2 Earthquake ground motion 49
C3 Evaluation of seismic demand 59
C4 Evaluation of structural capacity 60
C5 Load combinations and acceptance criteria for structures 63
C6 Ductile detailing requirements 69
C7 Special considerations 71
C8 Equipment and distribution systems 72
C9 Seismic quality provisions 77


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Seismic Design Criteria For Structures, Systems, And Components In Nuclear Facilities, Providing design criteria that are more stringent than normal building codes, and rightly so, this Standard addresses ground shaking but not other earthquake effects as differential fault displacement and seismic slope instability. It uses the Target Perf, Seismic Design Criteria For Structures, Systems, And Components In Nuclear Facilities

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Seismic Design Criteria For Structures, Systems, And Components In Nuclear Facilities, Providing design criteria that are more stringent than normal building codes, and rightly so, this Standard addresses ground shaking but not other earthquake effects as differential fault displacement and seismic slope instability. It uses the Target Perf, Seismic Design Criteria For Structures, Systems, And Components In Nuclear Facilities

Seismic Design Criteria For Structures, Systems, And Components In Nuclear Facilities

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Seismic Design Criteria For Structures, Systems, And Components In Nuclear Facilities, Providing design criteria that are more stringent than normal building codes, and rightly so, this Standard addresses ground shaking but not other earthquake effects as differential fault displacement and seismic slope instability. It uses the Target Perf, Seismic Design Criteria For Structures, Systems, And Components In Nuclear Facilities

Seismic Design Criteria For Structures, Systems, And Components In Nuclear Facilities

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