SACS capabilities

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© 2011 Bentley Systems, Incorporated 1 | WWW.BENTLEY.COM SACS Offshore Solutions V3 20120322

description

Overview of SACS capabilities

Transcript of SACS capabilities

Page 1: SACS capabilities

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1 | WWW.BENTLEY.COM 1 | WWW.BENTLEY.COM

SACS Offshore Solutions

V3 20120322

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Global Business:

• Nearly 3,000 colleagues in 45 countries

• $500 million in annual revenues

Bentley is a Global Leader in:

Structural analysis

Road and Rail

Process plant operations

Now leading in Offshore solutions

Construction simulation

Infrastructure asset operations

Collaboration servers

47 of the top 50 International

ENR Design Firms

use Bentley software

About Bentley Engineering software for information modeling by way of

integrated projects to support intelligent infrastructure

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Some Bentley Users:

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SACS – Design & Analysis Software for Offshore Structures

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Introduction SACS has applications for all types of offshore structures:

Structural Analysis

Topsides & Jacket

Fixed Platform

Compliant Tower

Structural Analysis

Topsides

TLP’s

Semi-submersibles

Spars

FPSO’s

Motions & Stability*

FPSO

Semi-submersible

* Coming in Q4 2012

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FABRICATION

INSTALLATION

INPLACE

Life Cycle Applications

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Static Analysis with PSI Code Check Design Fatigue Analysis Earthquake Analysis Safety Case Design

Inplace Analysis

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Airy’s Linear Cnoidal Solitary Wave Stokes 5th Order Stream Function

Wave Load Theories

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Wind Load Design for Topsides

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Deck Installation – Lift Analysis

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Spectral Time History

Earthquake Analysis

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Member Code Checks

POST:

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Non-Linear Dropped Object Analysis

DYNAMIC RESPONSE / COLLAPSE:

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Non-Linear Dynamic Blast Analysis

- Minimize risk to personnel, facilities and environment from

accidental explosions.

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Non-Linear Dynamic Blast Analysis

DYNAMIC RESPONSE / COLLAPSE:

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Dynamic

Response of

Structure

Loading on Structure Wind Turbine Fatigue Analysis

Wind Spectrum

Von Karman Harris Kaimal User Defined

Pierson-Moskowitz

JONSWAP

Ochi-Hubble

User defined

Wave Spectrum

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GH Bladed

FAST

Interface to Turbine Analysis

Stress Cycle Counting

Rainflow counting approach to predict the stress cycles resulting from

a time history analysis

Wind Turbine Fatigue Analysis Fatigue Analysis

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Ship Impact Analysis

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• Intact and damage stability of any floating structure or vessel

Platform & Vessel Stability (coming in Q4 2012)

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Platform & Vessel Motions (coming in Q4 2012)

• Motions prediction of platforms and vessels

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Static Analysis with Non-Linear Gap Elements

Loadout Analysis

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Analysis during Fabrication

Bent Roll Up construction Sling force calculations

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Tow Analysis Static Analysis with Non Linear Gap Elements Sea fastener Design

Transportation Analysis

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Design Structure for Lift Forces Design Lift Pad Eyes

Lift Analysis

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Jacket & Barge Motions Hydrodynamic Forces User defined drag areas

Launch Time History Analysis

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Stability and Upending Analysis Dual Hook Capabilities Buoyancy Tanks, Valves, User Defined Buoyancy

Flotation and Upending Analysis

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API P-Y / T-Z Soil API Adhesion Soil User Defined P-Y / T –Z Soil User Defined Adhesion Soil

Pile

Mudline

Pile-Soil Interaction (PSI) Analysis

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Fatigue Analysis

Spectral Time History Deterministic Interactive design and re-design

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Generalized Force Spectrum : Harris Spectrum Wind Speed Distribution : Weibull Distribution

Spectral Wind Fatigue Analysis

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SACS – Design & Analysis Software for Offshore Structures

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SACS – Design & Analysis Software for Offshore Structures • For more information

– Web www.bentley.com/SACS

– Email http://www.bentley.com/bentleywebsite/tools/sales_contact.aspx