Piping Design to ASME B31.1

Course

In b

£ 980 + VAT

Description

  • Type

    Course

  • Level

    Intermediate

  • Location

    B (Scotland)

  • Duration

    4 Days

  • Start date

    Different dates available

This four day intensive course provides attendees with good understanding of the ASME B31.1 piping code, its background and approach to design of safe piping systems. The course is full of hands on exercises, giving the attendees an opportunity to work through the code and get better understanding of it.

The course starts with overview of the piping projects and basics of pipework design and fabrication, this lays foundations. The course, follows by providing overview of the codes and the principles underlying them. Many key equations underpinning the design code have a complex history, in the course we explain the process of their derivation and the underlying assumptions, to help engineers better interpret the code and make correct decisions regarding the safety of the design.

Facilities

Location

Start date

b (Glasgow City)
See map

Start date

Different dates availableEnrolment now open

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Reviews

Subjects

  • Design
  • Piping
  • Piping Guides
  • B31.1
  • Designer
  • Fabricator
  • PED
  • Design Factors
  • Proof strength
  • Ductility

Course programme

Introduction
    • History of Piping Guides
    • Scope of B31.1
    • Responsibilities: Owner, Designer, Fabricator, Inspector
    • PED
    • Code overview and layout
Design conditions
    • Allowable Stress
    • Design Factors
Stress Design
    • Stress – Strain
    • Proof strength
    • Young’s Modulus
    • Ductility
    • Plasticity
    • Creep
    • Fatigue
    • Allowable Stress
    • Internal Pressure
    • Minimum Wall Thickness
    • Primary and Secondary Stresses
    • Thermal Stress
Components
    • Valves
    • Flanges
    • Fittings
    • Branches
    • Bends
    • Joints
Piping Materials
    • Mechanical Properties
    • Effects of Alloying Steel
    • Material Selection
Sustained vs Occassional Loads

Flexibility Analysis
    • Why?
    • When to Analyse?
    • Simplified Analysis methods
    • CAE flexibility Analysis
    • SIFs
    • Flexibility factor (k)
Layout and Routing

Flexibility

Cold spring

Pipe Supports
    • Types
    • Pipe Spans
    • Other considerations
Impacting Mechanical Equipment

Pressure vessel attachments

Fabrication
  • Welding
    • WPS
    • WPQR
    • WPQ
    • PreHeating
    • Heat treatment
    • Pipe Bends
    • Bolted Joints
  • Assembly
  • Erection
  • Proof testing
  • NDT
Requirements

Visual

Radiographic

Ultrasonic

Liquid Penetrant

Magnetic Particle
  • Expansion Joints

Piping Design to ASME B31.1

£ 980 + VAT