Bentley SACS 2025

Bentley SACS 2025

Bentley SACS is a comprehensive software package that provides analysis, design and construction services for offshore structures including gas, oil and gasoline, wind farm platforms and decks. Its ability to dynamically replicate designs allows users to perform advanced analyzes, adapt to the terms and conditions of marine designs, and visualize complex results.

The Bentley SACS provides marine engineers with perceptual analysis with design capabilities that improve infrastructure operational comfort, minimize risk, and ensure compliance with a wide range of infrastructures. This software is present as an expert in specially important analyzes in all offshore projects, including: nonlinear structure analysis; Dynamic response analysis by wind or curvature; Current waves, and seismic loads; Analysis for significant effects; And high-level analyzes specifically for servicing accidental loads such as unforeseen air currents; Ship impact; And infrastructural or structural collapses. SACS can model tubular structures, foundations, beams, and decks as well as perform complete calculations related to the wear cycle life.

In addition to software support for codes and design checks with international marine specifications, the power of Bentley SACS with the development of features such as 64-bit software capability, its multiprocessor speed, and the ability to reuse data through unconditional integration It increases with other Bentley products through ISM. This feature includes MOSES for ship engineering architecture analyzes such as STAAD and ProSteel, which are used in structural analysis and modeling using the Bentley Open Integrated Structural Modeling format, known as ISM.

For offshore and turbine designers, the Bentley SACS can be integrated with other software that includes GH Bladed and FAST features.

General features and specifications of Bentley SACS:

– Wave analysis

– Wind analysis

– Complete interconnected / separate analysis

Corrosion and wear analysis

– Professional static marine package

– Added nonlinear elastic capabilities

– Soil column interaction

– Advanced burnout dynamic package

– Redesign and accurate evaluation of the burn cycle life cycle factor

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