-
Full feature nuclear piping analysis
program
-
ASME
Classes 1,
2 and 3 and ANSI/ASME
B31.1
-
ASME
B31.3
-
CODETI
-
RCC-M
Classes 1 and
2
-
KTA
Classes 1 and
2
-
EDF Piping Code for Composite Materials
-
EN
13480-3 European Piping Code
-
Code versions from 1967 to present
-
Nuclear QA per 10CFR50, App. B, and 10CFR21
-
Heat transfer and thermal gradient stress
-
Fatigue analysis usage factor
-
Translators from other analysis programs
-
Up to 500 user-defined load and
combination cases
-
Structures with 3,000 elements or more
-
Element dimensions in Cartesian,
cylindrical, spherical or sloping coordinates
-
Thermal stratification
-
Mixed class
-
Response cases with up to 99 independent
support levels
-
Response spectra in Cartesian or
cylindrical coordinates
-
Modal superposition by grouping, double
sum CQC and other methods
-
Time history analysis by generalized
response method
-
Selective “true” time history analysis
-
Determination of rigid cut-off frequency
for time history analysis
-
Rigid mode correction for all dynamic
analysis method
-
Calculation
of "composite modal damping" based on strain energy for both time
history and floor response analysis
-
Theory manual
