Note: new videos are constantly being added to the Youtube channel, check Youtube channel here for current listing of videos and playlists.
| AutoPIPE |
Training
AutoPIPE QuickStart - Modeling Piping Geometry
Setting Up Program Configurations
Bentley Pipe Stress and Vessel Analysis
Creating Piping Model Geometry Part 1
Creating Piping Model Geometry Part 2
Reviewing Piping Model
Insert a Disconnected Segment
Editing Operations
Inserting a Pump Part 1
Inserting a Pump Part 2
Reviewing the Piping Model and Running a Basic Static Analysis
Reviewing Analysis Results
Managing Segments
Presentation
Workbook Example
Method 1 - Presentation
Method 1 - Workbook Example
Method 2 - Presentation
Workbook Method 2
How To Videos
Creating a Basic Model, Part 1
Create A New Model
Insert An Anchor
Insert A Bend
Insert A Run
Insert A Valve
Insert A Reducer
Zoom A Window
Insert An Operating Pressure And Temperature
Insert A Flange
Insert A Tee
Rotate A Model Left
Rotate A Model Right
Rotate A Model Up
Rotate A Model Down
Convert A Point To A Bend
Insert A Run On A Tee
Creating a Basic Model, Part 2
Delete A Point
Display The Input Grid
Delete A Segment
Undo An Action
Insert An Intermediate Run Point
Redo An Action
Renumber All Points
Copy A Segment
Select A Segment
Paste A Segment
Stretch Or Move A Segment
Scale A Segment
Select Multiple Points
Insert A Support
Insert Multiple Anchors
Displaying and Modifying Properties
Modify A Pipe Identifier
Modify Pipe Properties Over A Range
Show Segment Ids
Modify Operating Pressure And Temperature Loads
Show Operating Temperature Loads
Show Operating Pressure Loads
Show Pipe Identifiers
Show Point Properties
Show Pipe Materials
Modify Pipe Id Properties From The Input Grid
Modify Pressure And Temperature Properties From The Input Grid
Export Displacement Analysis Results to a Bitmap File
Import an AutoPLANT PXF Model
Export Code Stress Analysis Results to a Bitmap File
AutoPIPE Interoperability with STAAD Pro Using SQLite PipeLink - click here
PipeLink Overview in AutoPIPE - click here
Define A Static Earthquake Load
Insert A Concentrated Load
Define A Static Analysis
Perform A Static Analysis
Display Load Combinations
Graphically Review Code Stresses
Define A Load Combination
Graphically Review Displacements
Insert a Nozzle
Modify a Nozzle
AutoPIPE Feature Videos
Leveraging AutoPIPE User Assistance
Modeling a Dummy Leg as a Pipe
Spring Hanger Design in AutoPIPE
AutoPIPE Modeling Approaches - Frames
AutoPIPE and OpenPlant Isometrics Manager - Modifying Table Colors and Relocating Text Nodes
AutoPIPE and OpenPlant Isometrics Manager - Modifying Elements and Labeling Tools
AutoPIPE and OpenPlant Isometrics Manager - Modifying Dimension Line Colors and Fonts
AutoPIPE - Time History Steam Hammer
Working from Home with Bentley's Analytical Products
CONNECT Licensing
Registering for SIGs and Tech Talks
Registering for Live Training
AutoPIPE Technical Discussions
AutoPIPE's Built-in Fluid Transient Analysis - Define and Solve Difficult Fluid Shock Loadings
Analysis Methodology and Accuracy of Pipe Stress Results
How to Achieve Convergence Running Nonlinear Analysis
Improved Pipe Design with Support Optimization
Conquer Pipeline Design Challenges - Top Tech Tips - here
Performing Seismic and Wind Analysis in AutoPIPE
New SACS / AutoPIPE Intraoperability for Shorter Design Cycles and Improved Project Non-conformances
Working with Load Combinations in AutoPIPE
Review Models Against Analysis Warnings, Errors, and Differences Due to Product Updates
Top Three Ways to Improve Your Pipe Stress Analysis
Merge, Identify, and Report Interferences with Clash Detection
Minimizing Risk of Flange Failure with AutoPIPE Flange Analysis
Improving Stress Intensification and Flexibility Analysis with ASME B31J
AutoPIPE Technical Showcase
Why Engineers Win with Support Optimizer
Analyze and Visualize Pipe Stress
Pipe and Offshore Structural Analysis Integration
Reliance Industries - Jamnagar Refinery
Maximizing AutoPIPE Standard and Custom Reporting Capabilities
Top 3 Ways to Improve Pipe Stress Analysis
AutoPIPE Overview
AutoPIPE Support Optimizer
AutoPIPE Advanced Analysis - Overview
Generate Stress Isometric Drawings
Reference Structural Model for Pipe Stress Analysis
Enhanced AutoPIPE Reporting
AutoPIPE B31 J Option
| AutoPIPE Vessel |
How To Videos
Set the 3D View Wall Transparency
Rotate the View Along the Y Axis
Rotate the View Along the Z Axis
Rotate the View Along the X Axis
Zoom the View
Pan the View
Configure a License
Set the Unit Preference
Set the CAD Software Preference
Inserting Components to Create a Vessel
Insert a Saddle
Insert Multiple Saddles
Insert a Component Copy After the Selection
Insert a Component Copy Before the Selection
Add a Copy of a Component
Insert a Nozzle
Insert a Nozzle Flange
Insert an Expansion Joint
Insert a Tray
Insert a Stiffener
Insert a Lining
Insert Packing
Insert a Coil
Insert a Platform
Insert a Structural Clip
Insert a Piping Clip
Insert Vessel Legs
Insert Vessel Skirt
Change the Head on a Vessel
Redo an Action
Undo an Action
Erase a Component
Move a Saddle
Move a Component
Split a Shell
Import Local Nozzle Loads
Import Local Nozzle Loads From AutoPIPE
Import Prosim EXCH Data
Import Honeywell UniSim STE Data
Import HTRI Xchanger Data
Import AspenTech Data
Import COMPRESS Model Data
Import AutoPLANT PXF Model Data
Import a Structural Clip
Import a Piping Clip
Specify the Corrosion Allowance
Perform a Strength Calculation
AutoPIPE Vessel Feature Videos
Working from Home with Bentley's Analytical Products
CONNECT Licensing
Registering for SIGs and Tech Talks
Registering for Live Training
Modeling and Analyzing Expansion Joint in AutoPIPE Vessel for Heat Exchangers
Design and Model Pressure Vessels
AutoPIPE Vessel Technical Discussions
Comprehensive Design Code Coverage for Pressure Vessel and Heat Exchanger Design
Instant and Accurate Capital Cost Estimation of Static Equipment
Perform fatigue analysis for cyclically loaded static equipment
Tubebundle and Tubesheet Design for Shell and Tube Heat Exchangers with AutoPIPE Vessel
AutoPIPE Vessel - Cost Savings Using Design Optimization and Advanced Loadings
Design Expansion Joints Using the Power of Finite Element Analysis
Instant and Accurate Capital Cost Estimation of Static Equipment
Comprehensive Design Code Coverage for Pressure Vessel and Heat Exchanger Design
Interpreting Saddle Reactions and Forces for Horizontal Vessels
Chinese GB 150 Code - Design Compliant Pressure Vessels
Deliver Tailored Vessel Design Reports, Drawings, and Specifications
Generate Vessel Detail Drawings
AutoPIPE Vessel Technical Showcase
Shell and Tube Heat Exchanger Design
Heat Exchanger Tube Bundle Design
Generate Vessel Detail Drawings
Reference Piping Model for Vessel Analysis
Design and Model Pressure Vessels
Reliance Industries - Jamnagar Refinery
AutoPIPE Vessel - SolidWorks Integration
See Also
On-demand Videos - Troubleshooting Access