Bentley AutoPipe

Training ini dirancang untuk meningkatkan kemampuan engineer dalam melakukan pemodelan dan analisis sistem perpipaan menggunakan Bentley AutoPIPE, mulai dari pembuatan piping geometry, modifikasi model, pembebanan, static analysis, hingga analisis dinamis, seismic, thermal, dan berbagai kondisi pembebanan lainnya.

PIPING GEOMETRY : Getting Started, Creating a New Model, Creating Piping Model Geometry, Reviewing a Piping Model, Running a Basic Static Analysis, Reviewing Analysis Results.

MODEL MODIFICATION : Inserting a Disconnected Segment, Editing Operations, Add Actuator to Valve, Copy, Paste and Rotate Segments, Inserting a Pump, Reviewing the Piping Model, Running a Basic Static Analysis, Reviewing Analysis Results, Managing Segments.

STATIC ANALYSIS AND LOADS : Review Assigned Gravity Loads, Assigning a Snow Load, Assigning Thermal Loads, Assigning Static Earthquake Loads, Assigning Wind Loads, Assigning a Cut Short (Cold Pull), Assigning an Applied Force and Moment, Assigning an Imposed Support Displacement, Static Analysis Set, Hydrotest and Support Lift Off, Add Hydrotest Load Set, Add Support Lift Off Load Set, Static Combinations, Offshore Static Loads.

SPRING HANGER SELECTION & JACKETED PIPE : Open Model and Setup for a Spring Hanger Selection, Select Spring Vendor and Run Analysis, Hanger Selection Procedure (Standard), Hanger Selection Procedure (Cold Load), Creating the Jacket Pipe, Connecting the Carrier Pipe to the Jacket Pipe, Supporting the Jacket Pipe and Guiding the Carrier Pipe, Adjusting the Geometry, Adding Insulation, Modifying the Temperature, Setting Up the Loading Conditions, Running the Analysis and Assessing the Results.

INTEROPERABILITY VESSEL DESIGN : Stress Isometrics Using OPIM, Pipe and Offshore Structural Analysis Integration, Modeling a Vessel as an Anchor, Modeling the Nozzle, Reviewing Support Imposed Displacements, Analyzing the Model, Reviewing Model Results, Modeling a Vessel as an Equivalent Pipe, Modeling Rigid Connection to Vessel, Inserting AutoPIPE Model of Vessel into Existing Piping Model, Reordering Segments, Reviewing Occasional Loads, Connecting Pipe Supports to Centerline of Vessel, Analyzing the Model, Reviewing Model Results.

CREATE STRESS ISOMETRIC : Introduction to Stress Isometrics, Plot Options, Table Options, Settings, OPIM Tools, Isometrics Review/

MODAL ANALYSIS USING AUTOPIPE AND DYNAMIC INTRODUCTION : Open Model and Perform Modal Analysis, Refine Model, Using Automatic Mass Spans to Refine the Model.

RESPONSE SPECTRA ANALYSIS : Open Model and Perform Modal Analysis, Define the Response Spectrum and Assign to the Analysis, Analyze and Post Process the Results.

MULTIPLE SEISMIC RESPONSE SPECTRUM ANALYSIS : Open Model and Perform Modal Analysis, Define the Support Groups and Assign the Spectrum to the Analysis, Analyze and Post Process the Results.

TIME HISTORY ANALYSIS – WATER/STEAM HAMMER : Open Model and Perform Modal Analysis, Define the Fluid Transient and Review the Time Histories Generated, Analyze and Post Process the Results.

TIME HISTORY ANALYSIS – SLUG FLOW : Open Example Model and Perform Modal Analysis, Define the Slug Time History Profiles and Assign to Model, Analyze and Post Process the Results.

STEAM RELIEF LIFT ANALYSIS : Open Example Model and Perform Modal Analysis, Define the Relief Valve Arrangement and Calculate the Loads, Analyze and Post Process the Results.

HARMONIC ANALYSIS: Open Example Model and Perform Modal Analysis, Define the Harmonics, Assign to Model and Analyse, Analyze and Post Process the Results.

NON METALLIC PIPING ANALYSIS : Create the Model Geometry, Add Supports and Modify SIFs, Define the Static Analysis Set, Include Hydro Test Case and Run Analysis, Review the ISO 14692 Code Stresses and Failure Envelope, Post Process the Results and Compare with the Failure Envelope.

BURIED PIPING ANALYSIS : Assigning Soil Properties to Piping, Inserting a Virtual Anchor, Review Virtual Anchor Length Requirements, Modify Number of Soil Points, Review Soil Properties, Running a Static Analysis, Applying Building Settlement, Applying Soil Overburden Load, Applying Seismic + Thermal Load, Applying Buoyancy Load.