SAGE Profile 3.0.26 cracked software
SAGE Profile, the market leader software for subsea pipeline analysis
Developed by Fugro Geoconsulting, SAGE Profile assists pipeline engineers
in designing and installing subsea pipelines.
8 reasons to select SAGE Profile for the design of your pipelines:
Developed under the guidance of pipeline engineers, for pipeline engineersFast calculation: restart capabilities, optimised explicit solver and multi-threading optionsFast learning curve thanks to a user-friendly interface and model setup wizardPrompt identification of critical areas to assess buckling and pipeline walkingReliable assessment of free spanning areas and ability to rectify the seabed where neededContinuous development of new features in close collaboration with our clients, including oil and gas majorsTraining courses tailored to Client’s specific requirementsFlexible pricing and licensing options
SAGE Profile, Fugro’s state-of-the-art subsea pipeline analysis software
Fugro commercialises the SAGE Profile software, which they specifically develop to assist pipeline engineers in the design and analysis of their subsea pipelines. The software is used internationally by numerous clients active in the oil and gas industry.
The powerful finite element solver provides an excellent tool for conventional and more complicated designs such as pipeline route optimisation, realistic simulation of the pipe-laying process, free span evaluation, on-bottom stress calculations, prediction of buckling and expansion analysis.
Our clients like to describe SAGE Profile as an attractive tool that combines the powerful potential of a dynamic explicit finite element solver with an easy and straightforward interface to build the pipeline model and solve complex problems in very short time, compatible with industry demand for fast execution and delivery of results.
Key features
Pipeline route simulation and route optimiserDynamic explicit finite element engineSeabed rectification moduleModelling of trenching and backfilling operationsFull 3D digital terrain models (DTMs)Modelling of in-line subsea structures using advanced boundary conditionsCode and span checks according to recognised international standards (DNV, API, ISO)Enhanced graphical interface enabling straightforward interpretation of complex pipeline problemsExternal forces including external and internal pressures, thermal effects, hydrodynamic loads, waves and currents and backfill coverPowerful algorithms to handle non-linearities in pipe-soil interaction, large displacements, contact and touch-down/lift-off phenomenaPrintout of input and output data in graphical or tabular form suitable for engineering proposal
