Search this site
Embedded Files
  • Far East Piper's Memo
    • Unit Converter
  • Innovation
  • Piping Stress Analysis
    • What is piping?
    • Piping stress analysis
    • Stress analysis
    • AutoPIPE
    • CAESAR II
      • Interface workflow
      • 2019
      • User's Guide
      • Alignment
      • CNode
      • Dynamic friction
      • Large rotational rods
      • Load case editor
      • Rigid element
      • Snubber
      • CII Webinar
      • Time History
    • CAEPIPE
      • Dynamic susceptibility
    • CSiPlant
    • dPIPE
    • PIPESTRESS
    • ROHR2
    • MEC 21
    • START Prof
    • Bend
      • Bend with trunnion
    • Blast loading
    • Bourdon effects
    • Buckling
    • Buried piping
    • Cold spring
    • DBA-Design by analysis
    • Displacement stress range
    • Flexibility factor
    • Friction
    • GRP
    • Hold down support
    • Hot sustained stress
    • Laterals
    • Lift Off
    • Jacketed pipe
    • Nozzle junction
    • Offset in expansion joints
    • Pipe support
      • Pipe support ?
      • LICAD
    • Spacing between piping supports
    • Piping support stiffness
    • Piping Design
    • Preset of expansion joint
    • Pressure design
    • Vacuum design
    • Pressure thrust
    • Restraint stiffness
    • Settlement
    • SIF
    • User SIF
    • NB3200
    • Strength
    • Fatigue
    • Elevated temperature service
  • Material
  • ABS offshore
  • API
    • API 579
    • API 610
    • API 650
    • API RBI
  • ASME
    • Allowable stresses
    • Allowance for pressure and temperature variations
    • Base hoop stress
    • Design conditions
    • B31 Code Stress
    • B31.1
    • ASME B31.3 2014
    • ASME B31.3 2016
    • ASME B31.3 2018
    • ASME B31.4
    • ASME B31.8
    • ASME B31.12
    • Flexibility analysis
    • B31E
    • B31J
    • ASME LLC
    • ASME PTB
    • ASME STP-PT-073
    • ASME SPT PT/NU
    • BPVC Cec. VIII Div. 3
  • ASTM
  • BFD
  • BIM/CIM
    • IFC
  • Bolt materials
    • Anchor bolt
    • Turn-Of-Nut Bolting Method
  • Carbon steel crystal structure
  • Cable tray
  • Cavitation
  • CGD
  • Check list
  • CIP
  • Cities: Skylines
  • Commissioning
  • Project controls
    • AEC project
    • Bid
    • BOQ
    • BRD
    • CPS
    • Cyber-Physical Systems
    • ES
    • EVM
    • EPC
    • Forecast
    • Functional requirements
    • KPI
    • Method Statement
    • OODA loop
    • Portfolio
    • Quantity surveyors
    • Risk
    • Takeoff software
    • User requirements
    • Validation
    • WBS
    • WSJF
  • Constants
  • Detonation
  • Disaster management
  • Distance
  • DLF
  • DNV
    • DNVGL-ST-F101
  • Earthquake
    • ASCE 7
    • Earthquake directional cosines
    • Epistemology
    • Japan Lessons Learned
    • KHK level 2
    • Missing Mass
    • Modal analyis
    • National resilience
    • P-Delta effect
    • PGA
    • Resilience
    • Seismic-12" Rule
    • Seismic component response modification factor
    • Seismic-friction
    • Seismic-sway bracing system
    • S-PRA
    • ZPA
    • IS 1893
  • EJMA
    • 10th Edition
    • Expansion Joints
  • EPC
  • External pressure design
  • Fatigue
  • FEM
    • Average
    • Basics
    • Shape function
    • Tensor
    • Internal pressure
  • Flange analysis
    • Flange leak check
    • Bolt hole orientation
  • FPSO
  • Galling
  • GDPR
  • Go-Station
  • GOST
    • GOST 32388
  • Civil & structure
  • Heat exchanger
  • High definition scanning & modeling
  • RBI
  • HTRI
  • Hydraulics
  • Hydrotest
    • Piping
  • Incidents
  • ISO
  • JPI
  • Karman vortex
  • Leica Cyclone
  • Link
  • LNG Plant
  • LRFD
  • Man hour
  • Mandelbrot
  • MAWP
  • NavisWorks
  • Neural Network Console
  • NFPA
  • Severe cyclic conditions
  • Structural Analysis
    • Model check
    • Rebar
    • Steel connection
    • STAAD PRO
  • NUREG
  • Ontology
  • Open CASCADE
  • OpenSCAD
  • Processing
  • P&ID
  • PCF/APCF/Super PCF
  • PDCA & OODA
  • PFD
  • PHA
  • PRG
    • FEA TOOLS
    • RPA
  • PV Elite
  • COADWARE
  • Reboiler piping
  • Quadratic formula
  • Quaternions
  • Ratcheting
  • Refinery
  • Restrained pipelines
  • Ring main loop
  • SAE-AISI
  • SBC
  • Socket welds
  • Spiral heat exchanger
  • Spring hanger
  • Sprinkler System
  • Strength of materials
  • Tank
  • TEMA
  • Thermal stratification
  • Threads
  • UNS
  • UGHF
  • Vessel erection
  • Twice elastic slope method
  • Vibration
    • Acoustic induced vibration
    • Flow induced vibration (FIV)
    • Pulsation
    • Steam hammer
    • Surge analysis
    • Two phase flow
    • Water hammer
    • Vibration indicator
    • Dynamic Susceptibility
  • Weld
  • WRC
    • WRC 297
    • WRC 368
    • Continued
    • WRC 107/537
    • WRC 353
    • WRC 462/406/521
    • WRC 497
  • MATH
    • Derivatives
    • Lanczos
    • Laplace transform
    • WolframAlpha
    • Gnuplot-1
    • Gnuplot-2
    • Maxima-1
    • Maxima-2
    • Scilab
    • VBA
  • YouTube
  • Books
  • Periodic table
  • Explosion
  • Rupture disc
 

CAESAR II

v.14

https://docs.hexagonali.com/r/en-US/CAESAR-II-Quick-Reference/Version-14/857380


CAESAR II 2018 delivers a number of significant new and extended capabilities in the following typically noted:

  • Improved the clarity and functionality of the Delete option in the Static Analysis - Load Case Editor. When you delete load cases in the Static Analysis - Load Case Editor, the Load Case Delete Confirmation window displays the load cases (and their dependents) that are deleted or revised. Remaining load cases are renumbered. 

  • Redesigned the user interface for the API 610 equipment module to improve functionality and usability. (Quick input and viewing of API 610 pumps, Load Case Sets tab lets you quickly define load cases and load case sets with suction and discharge nozzles, Analysis of multiple load cases and multiple pumps, Ability to update loads when the results of an imported and linked pipe stress analysis change,  Comprehensive easy-to-read output results on the Output tab.) 

  • Updated the CAESAR II installation wizard to include steps to install the B31J Essentials product from Paulin Research Group (PRG). B31J Essentials provides a set of calculations for revised SIFs and flexibility factors, as defined in the revision to ASME B31J, Stress Intensification Factors (i-Factors), Flexibility Factors (k-Factors) and their Determination for Metallic Piping Components. The B31J Essentials product is included with the latest version of CAESAR II and provides users with the ability to use PRG's FEATools application to perform the empirical B31J calculations. 

  • Expanded the Restraints auxiliary panel with two additional restraint definitions to support SIX degrees of freedom in classic piping input. 

  • Enhanced the 3D mode so that multiple hangers display separately with leaders at the location of the hanger when you use Options > Hangers. Previously, the software only displayed one hanger symbol on a model when you had multiple hangers at the same location. 

  • Redesigned the user interface for the API 610 equipment module to improve functionality and usability. (Quick input and viewing of API 610 pumps, Load Case Sets tab lets you quickly define load cases and load case sets with suction and discharge nozzles, Analysis of multiple load cases and multiple pumps, Ability to update loads when the results of an imported and linked pipe stress analysis change, Comprehensive easy-to-read output results on the Output tab.) 

  • Added new Tag and GUID columns to the Restraints list input. These fields reflect the new capability of the software to read and import support ID and display-only support GUID data from PCF files. It helps piping designer to identify the revision in managing the latest design. 

  • Added the Element Name field to the Piping Input window and to the Elements list input. Element names also display in force reports, stress output reports, and stress isometric drawings. 

  • The software allows you to customize the mapping options for attributes in the PCF file. You can map the attribute definitions from the NAME or TAG attributes to the Tag field in restraint mapping. You can also display tag and GUID data in annotations in stress isometric drawings. 

  • Added support for KHK Level II seismic analysis using bend plasticity subjected to extremely high inertia and displacement at large earthquake. This is the Japanese local rule, not specified in ASME B31 nor EN code. 

  • AND MORE.

https://docs.hexagonppm.com/search/all?filters=PPMProduct~%22CAESAR+II%22&content-lang=en-US

http://www.whatispiping.com/features-of-caesar-ii-2018-version-10-00

Newsletter

“Must Use” Piping Input Features

CAESAR II comes built in with many user-friendly and solution-provided features that help you to generate an accurate model for your piping needs. The Classic Piping Input is comprised of multiple input panels, which allow the creation or review of piping components. In addition, recent versions of CAESAR II include many new time-saving functions in the displayed toolbars, including:

http://icas.intergraph.com/caesar-ii-vol-3-issue-7

Intergraph CADWorx & Analysis Solutions Mechanical Engineering News Topic Index

Analysis | Code Requirements  | Design/Drafting | Dynamics | General Information | Hardware/Software | Life Extension & Failures | Modeling | Quality Assurance | Strength of Materials | View All

Hexagon PPM Compatibility Matrix - Product Report

https://smartsupport1.intergraph.com/downloads/Compatibility_Database/ 

A Revolution in Piping Design and Analysis: FEATools™

http://paulin.com/ICAS/FEATOOLS1/FEATools1_player.html

http://paulin.com/ICAS/FEATOOLS2/FEATools2_player.html


Google Sites
Report abuse
Google Sites
Report abuse