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A. "Standard
training" of 3 days about
Pipestress/Editpipe
- Piping
codes Fundamentals
- Presentation of the main codes:
ASME B31.1 & 3, ASME
III Class 2 & 3
- General Design Requirements
- Stress Analysis
Fundamentals and design criteria
- Material properties and the
Appendices
- Basis for Allowable Stresses
General
Piping analysis Methodology
- Design
and service conditions
- Pressure
design for piping components
- Opening
reinforcement rules
- Sustained
loads, occasional loads and thermal
expansion
- Static
vs dynamic loading (Earthquake, Water
Hammer)
- Supports :
rigid rod, guide, spring hanger, snubber,
etc.
Using
PIPESTRESS and Editpipe
- Presentation
of PIPESTRESS: programs, input
and result files
- Defining
the piping geometry with Editpipe:
pipe, supports, bellows, structural
elements, etc.
- Modelization
of static and thermal loading
- Modelization
of seismic loading : response
spectra and time history approaches
- Executing
PIPESTRESS and calculating the
support reactions with POSTR
- How
to generate automatically the stress
report
- Customizing
Editpipe (libraries, stress report
formats, etc.)
Examples
and exercises
B. ASME III class 1, 2 & 3
analysis - +/-
5 days
- ASME
Section III Fundamentals
- Background
and overview of ASME Code
- Design
Requirements
- Stress
Analysis Fundamentals
- Stress
categories and design criteria :
membrane vs bending, primary vs secondary
- Fatigue
Analysis
- Ratcheting
- Material
properties and the Appendices
- Basis
for Allowable Stresses
- General
Piping analysis Methodology
- Design
and service conditions (level A-B-C-D
conditions)
- Pressure
design for piping components
- Opening
reinforcement rules
- Sustained
loads, occasional loads, thermal
expansion and anchor motion
- Static
vs dynamic loading (Earthquake, Water
Hammer)
- Supports :
rigid rod, guide, spring hanger, snubber,
etc.
- Thermal
transients
- Stratification
- Class
1 Piping Design
- Level
A, B, C & D design rules
- Detailed
3Sm and fatigue analysis - local
discontinuity stresses, Ke factor, etc.
- Class
2 and 3 Piping Design
- Level
A, B, C & D design rules
- Using
PIPESTRESS and Editpipe for analyzing ASME III
piping
- Modelization
of seismic loading : response
spectra and time history approaches
- Definition
of thermal transients (including
stratification transients)
- Detailed
fatigue analysis: definition of
load pair sets, calculation of
Delta(T2), (Ta-Tb), etc.
- Examples
and exercises
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