floating unit piping stress analysis

Email: [email protected] | Tel: +65 6376 0856 | www.equip-global.com for more information

Researched & Developed By:

Equip Global – Leading Offshore Engineering Training Provider

About Your Expert Trainer

Mr. Helgesen, Sondre Luca General Manager, Stressman Engineering

Sondre Luca Helgesen (MSc) is founder, CEO and senior analyst at Stressman Engineering AS. His company, as himself, is

specialized in the fields of pipe stress, pressure vessel calculations and analyzes of non-standard pressure components.

He has nine years of engineering experience, mainly within the field of stress calculations. Sondre is also lecturing in

mechanical calculation at Telemark University College.

Pipe stress calculations with Triflex Dynamics and Caesar II according to ASME B31.3, B31.8, EN13445, DNV-OS-F101 and UKOOA/BS7159 (GRE pipes). Buckling of pipes according to DNV-OS-F101 and other methods.

FEA calculations with ANSYS Workbench and SolidWorks Simulation to verify special piping/vessel components, structural joints and other components.

Vessel calculations with Visual Vessel Design (VVD) according to ASME VIII div 1 and div 2, EN13480, PED and PD5500.

Structural calculations in accordance with Eurocode 3 and AISC.

Dynamical analyses with beam or finite element analyses. Detailed knowledge regarding dynamical analyses theory and usage.

Knowledge about HISC (Hydrogen Induced Stress Cracking). Non-linear pipe stress calculations with FEA, to check HISC according to DNV-RP-F112.

Other Relevant Trainings You May Interested:

FPSO & FLNG Topsides Design, Layout & Processing (March 2015 in Singapore & London)

FPSO & FLNG Topsides Equipment Layout (April 2015 in Singapore)

FLNG Process Engineering (May 2015 in Singapore)

Topsides Structural and Process Optimization (September 2015 in Singapore)


Course Introduction

Piping system design constitutes a major part of the design and engineering

effort in FPSO & FLNG topsides facility. Stress analysis is a critical component of

topsides piping design due to the extreme operating environment, safety of

related components and complex piping process within limited topsides space.

The objective of pipe stress analysis is to prevent premature failure of piping and

piping components and ensuring that piping stresses are kept within allowable

limits.

This Floating Unit Piping Stress Analysis workshop is designed to provide you an

in-depth understanding of the engineering principles and design requirements

involved in Topsides Process Piping Design and Stress Analysis. Key challenges

such as the flexibility and movement of the floating unit deck, location on the

deck, sea states and weather conditions, piping temperatures and pressures

at the required operating conditions, piping material and flexibility and piping

runs configuration will be addressed by your expert course trainer.

Unlike other events, this training course will be packed with case-studies, proven

solutions and content specific to your needs.

Key Topics Covered Codes Governing Topsides Process Piping Design and Stress Analysis

Piping Stress Philosophy

Piping Stress Analysis Work Instruction

Loads to be considered in Topsides Process piping design

Equipment nozzle load calculations

Flange calculations

Pressure relief- and discharge force calculations

Accidental blast loads and allowable stresses

Hogging-Sagging, pitch & roll and acceleration (towing) Analysis

Fatigue calculations

Documentation of stress analysis

Definition of Special supports

Who Should Attend? This workshop is designed for personnel who want to improve their knowledge

and skills involved in FPSO or FLNG topsides pipe stress analysis. Those who will

benefit the most from this workshop include the following:

Stress Engineers

Equipment Layout Designers and Engineers

Piping designers and piping engineers

Structural designers and engineers

Mechanical engineers

Process Designers and Engineers

Project engineers

Proposal Engineers

Floating Unit Piping Stress Analysis 22 - 24 April 2015 | Singapore

Programme format This unique, cutting edge

programme will be delivered in a

highly interactive and practical,

tutorial style format. Theory will

be supported and illustrated

through a combination of real-

world case studies and an

extended hypothetical scenario

that enables participants to easily

incorporate the programme

insights, techniques and

procedures into their own

organisations

Pre-course questionnaire To ensure that you gain maximum

benefit from this event, a detailed

questionnaire will be sent to you

to establish exactly what your

course needs are. The completed

forms will be analysed by the

course facilitator. As a result, we

ensure the course is delivered at

an appropriate level and that

relevant issues will be addressed.

The comprehensive course

material will enable you to digest

the subject matter in your own

time.

Would you like to run this course in-house?

(Save up to 15%) This course can be presented

exclusively for your organisation

on an in-house basis, tailored to

meet your specific needs, at a

place and time of your

convenience. If you have a team

of 10 or more interested in this

course, let’s discuss how we can

work together to meet your

training needs. Please contact us

and we will be pleased to assist.


Training Agenda Day 1 – Day 3

Design challenges for FPSO&FLNG and Topsides Process Piping

Codes Governing Topsides Process Piping Design and Stress Analysis

ASME B31.3, ASME B31.4 and ASME B31.8

DNV CN 30.7, DNV RP C203, C204, D101, DNV OS F101.

NORSOK L002

Other codes including applicable local codes

Role and scope of codes

Information available from codes

Typical organisation of code material

Type of calculations

Comprehensive calculations

Hand calculations

Loads to be considered in Topsides Process piping design

Dead weight

Internal pressure

Sustained loads

Occasional loads

Pipe acceleration due to transportation

Pipe acceleration due to towing

Pipe acceleration during operation

Environmental loads

Live loads

Forces due to the dynamic loads

Slug force

Thermal expansion and contraction loads (Design & Operating)

Structure & hull Displacement

Other displacement loads

Blast/explosion loads

Green sea

Accidental heel

Accidental heat load from fire

Wall thickness calculations & Flexibility calculations

Equipment nozzle load calculations

Compressors

Turbines

Turbo-compressors

Centrifugal pumps & others

Pressure vessels

Skids with piping connections

X-Mass Trees

Flange calculations

ASME B16.5, ASME B16-47 flange calculations

ASME SECTION VIII Div 2

API Flange calculations

Clamp Connections

NORSOK Compact Flanges

Valves reactions

BDV, CV & Buckling Pin Relief Valves

Floating Unit Piping Stress Analysis 22 - 24 April 2015 | Singapore

Pressure relief- and discharge force calculations

Pressure Safety Valve discharge reaction forces

Bursting-and rupture Disc reaction forces

Flare-tip reaction forces

Expansion joint thrust load & Slip- joint thrust load Calculation

Expansion joint thrust load

Slip- joint thrust load

Blast load calculations - Accidental blast loads and allowable stresses

Blast drag pressure

Blast drag load

Blast and operational flexibility

Blast and structural deformation

Blast drag coefficient, Cd

Dynamic Load Factor for blast, DLF

Temperature and internal pressure effects

Fatigue calculations

Vibration

Typical piping exposed to fatigue

Fatigue analysis of wellhead flowlines

Recommended design codes and standards for fatigue analysis

Non-standard component calculations

Load case description- and combinations

Pipe stress priority piping

Conflict with piping code requirements

Visual approval of piping systems

Requirement to documentation of visually approved piping

Critical line selection list

Pipe Stress Priority Piping

Design of pipe supports

Pipe support rigidity

Local stresses in pipe from a trunnion, lugs and other local attachments

Pipe support friction

Bracing of branch connections

Documentation of stress analysis

Documentation for the project and third party verification

Requirement to a pipe stress report

Requirement to a pipe stress isometric

Documentation for Audit

Recap of training and Q&A session

Use this session to ask the expert trainer any burning questions you have. Take full advantage of this interactive Q&A session and get practical ideas for solving your piping stress analysis problems!

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TRANING COURSE PACKAGE PRICING STRUCTURE TRAINING COURSE EARLY BIRD STANDARD Equip Global recognises the value of learning in teams

Group bookings at the same time from the same company receive the following: 3 or more at 7% off 5 or more at 10% off This offer is exclusive of the early bird discount. Call us for a special discount rate for teams of 8 and above.

Floating Unit Piping Stress Analysis (22 – 24 April 2015)

SGD 3,499 (Pay by 27 February 2015)

SGD 3,999

FPSO & FLNG Topsides Equipment Layout (20 – 21 April 2015)

SGD 2,799 SGD 3,299

Floating Unit Piping Stress Analysis + FPSO & FLNG Topsides Equipment Layout

SGD 5,799 SGD 6,299

In-House Training: I would like to organise this training on-site and save on total course fees! For further information about On-site Solutions, please

+65 6376 0908 or email [email protected]

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floating unit piping stress analysis

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