Applies To Product(s): AutoPIPE family of products Version(s): Environment: N/A Area: Subarea: Original Author: Bentley Technical Support Group Bentley Video Library: How to Handle the Nozzle Loads with AutoPIPE - Jan 17, 2013 Bentley AutoPIPE and STAAD.Pro - Nov 3, 2011 AutoPIPE Nuclear Powered by ADLPipe - Nov 3, 2011 AutoPIPE: Using Bentley Navigator for Hot Clash Detection to Avoid Costly Design and Construction Mistakes - Jul 22, 2011 Current STAAD AutoPIPE Integration - Part 1 - Sep 15, 2010 Bentley AutoPIPE - Sep 16, 2009 Sign Up for Upcoming: Bentley Events - Webinars - Seminars - Conferences - Learning - On demand Videos A. Click Here to sign up for Bentley Events - Webinars - Seminars - Conferences - Learning - On demand Videos B. On Demand Videos The Benefits of Using AutoPIPE for Piping Design with Fiberglass FRP - Oct, 2014 AutoPIPE's Built-In Fluid Transient Analysis Can Easily Define and Solve Difficult Fluid Shock Loadings - Sep, 2014 AutoPIPE Vessel – Cost Savings using Design Optimization and New Advanced Loadings - Sep, 2014 The Benefits of Bentley's AutoPIPE Nonlinear Analysis Engine - Aug, 2014 Vessel Nozzles/Flange Design using AutoPIPE and AutoPIPE Vessel - Jul, 2014 Anwenderbericht zu AutoPIPE Vessel - Jul, 2014 AutoPIPE Advanced Buried Pipeline Design Webinar w/ Bonus General B31 Code Major Changes for 2012 - Jun, 2014 Solving Real-World Industry Pipestress Problems using AutoPIPE - May, 2014 How to Handle the Nozzle Loads with AutoPIPE - Jan, 2013 Find a AutoPIPE Product Trainng class on the Bentley Learn Server All training courses are presented in learning paths. Learning paths provide the recommended sequences of courses for your products, solutions, or role to optimize your training experience. Use the learning paths to find live training and on-demand training, view course descriptions, and register. AutoPIPE Designer ( V8i - English - Fundamental) The Bentley AutoPIPE V8i Designer learning path is the recommended progression of professional development for Designer who use Bentley's piping analysis software AutoPIPE. Users accrue one Learning Unit for each hour of AutoPIPE training they complete. These Learning Units are Bentley Institute’s equivalent to Professional Development Hours (PDHs) and are added to a personal online transcript that demonstrates professional growth over time. The LIVE training and OnDemand eLearning options in the Learning Path are all based on V8i. AutoPIPE Nuclear Designer » ( V8i - English - Intermediate) The Bentley AutoPIPE V8i Nuclear Designer learning path is the recommended progression of professional development for Nuclear Designers who use Bentley's piping analysis software AutoPIPE and AutoPIPE Nuclear. Users accrue one Learning Unit for each hour of AutoPIPE training they complete. These Learning Units are Bentley Institute’s equivalent to Professional Development Hours (PDHs) and are added to a personal online transcript that demonstrates professional growth over time. The LIVE training and OnDemand eLearning otptions in the Learning Path are all based on V8i Courses: AutoPIPE Fundamentals AutoPIPE Advanced AutoPIPE Nuclear AutoPIPE Vessel Fundamentals AutoPIPE - Ask the Instructor Live Courses: See Website link here for details on next Live training classes schedule. On demand Courses: 1. AutoPIPE Fundamentals (SELECTseries 1) In this course, you will model and solve pipe stress analysis problems. Skills Taught Understanding the basic capabilities of AutoPIPE and the new enhancements Modeling piping segments, bends, tees, and length units Creating anchors, supports, and expansion loops Defining pumps and hangers Applying wind and earthquake loads,performing a nonlinear analysis, and showing nozzle thermal movement and support lift-off Modeling nozzle flexibility, cut shorts, and trunnion supports 2. AutoPIPE Advanced (SELECTseries 1) In this course, you will determine the stress level and interaction of pressure loads on a pipe after adding various components. Live training courses are very interactive. Students will continually engage with the instructor to ensure a successful learning outcome that includes a course assessment. Skills Taught Modeling the following components: vessels, nozzles, valves, expansion joints, spacer supports, reducer components, elbows, miters, bends, tees, frames, pipe supports Performing a nonlinear analysis and analyzing load sequences Performing a dynamic analysis to capture pipe and structural interaction Analyzing fluid transients on a single pipeline due to valve closures, pump shutdowns, flow changes, etc. Analyzing submerged pipe and determining the force on piping systems due to water interaction 3. Test Problem In this course, you will model a piping system and identify the causes for overstress. Skills Taught Reviewing a model that does not satisfy the given piping code Identifying the causes of overstress and adding supports or loops to fix the problem 4. Nozzle Flexibility In this course, you will model nozzle flexibility, cut shorts, and trunnion supports. Skills Taught Modeling nozzle flexibility, cut shorts, and trunnion supports 5. Earthquake, Wind and Nonlinear Analysis In this course, you will define earthquake and wind loading and perform a nonlinear analysis. Skills Taught Applying wind and earthquake loads,performing a nonlinear analysis, and showing nozzle thermal movement and support lift-off 6. Hanger Design and Equipment In this course, you will define pumps and hangers. Skills Taught Defining pumps and hangers 7. Expansion Loop and Frame In this course, you will create anchors, supports, and expansion loops. Skills Taught Creating anchors, supports, and expansion loops 8. Basic Concepts This module introduces the AutoPIPE interface and the concept of piping segments. This lecture also covers some basic tools and modifying the piping system. 9. Getting to Know AutoPIPE This module introduces AutoPIPE capabilities and V8i enhancements, supported piping codes, and the differences between the three different version of the program. AutoPIPE's Modeling Approaches, Example Systems, and Tutorials Click here for details on AutoPIPE's Modeling Approaches, Example Systems, and Tutorials Video Gallery for AutoPIPE Features Click here for AutoPIPE Feature Video Gallery See Also Bentley AutoPIPE External Links Bentley Technical Support KnowledgeBase Bentley LEARN Server Comments or Corrections? Bentley's Technical Support Group requests that you please submit any comments you have on this Wiki article to the "Comments" area below. THANK YOU!
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