
Explore sacs software for offshore construction and perform lifting analysis, buoyancy, and 3d structural checks. Input data from zone software, navigate auditing considerations, and address fatigue in offshore design.
Learn to start a SACS project, create folders, and build models with the structure definition wizard. Configure elevations, revisions, coordinates, conductors, joints, and load cases for a static analysis workflow.
SACS module I lecture 2.1 explains how to generate and interpret outputs for joints and loads, recalculate designs, and inspect joint forces, bending moments, and axial forces, with detailed reports.
Learn to build a simple beam model in sacs for offshore structures, from scratch to static analysis. Create joints, members, and loads, then review moment diagrams and safety checks.
Learn how to apply offset and the K factor in structural modeling, defining joints and member properties, adjusting axis rotations, and setting bracing and connection details.
Add members to a structural group, define joints and member properties, apply wave, wind, and current loads, account for marine growth, and verify joint and member responses.
Discover dynamic analysis in SACS software for offshore platforms, featuring jointed modeling, soil-structure interaction, added mass and water effects, natural frequency, and dynamic amplification considerations to prevent resonance.
Explore lifting analysis with SACS software, covering jacket and sling, joint behavior, loads, and contingency design for safe topside lifting.
Explore soil structure interaction modeling in SACS, detailing how to input soil strata, cohesion, friction, and foundation options, and perform static and seismic dynamic analyses.
Create a super element by selecting load conditions, defining x and y, and choosing maximum load or average load for dynamic or fatigue analysis, including stiffness metrics.
Module I introduces launching and upending concepts in SACS software, focusing on dynamic analysis for marine applications, including fatigue and seismic considerations.
Learn how to use sacs software for coastal and offshore jacket launching, performing dynamic seismic and fatigue analysis for marine applications, including lifting, stability, sling loads, and buoyancy.
This course is the start of the first modules about design offshore structure by using SACS. This course presents the way to start the model for the in place analysis by using SACS software. This online course will present, how to start to build the offshore structure model and the way of the interface between the user and the software. This is a very important module to start another Sessons that cover many important topics like the soil structure interaction, dynamic analysis , lifting , launching, upending analysis. Therefore, the participant should understand this very well to start build the model by using SACS easily to start performing the analysis. It presents also how to read the output results and obtain the straining actions and design the members in addition to design the joint can as well. My advice before joining this course you should be familiar with offshore structure design like wave theory, member design under hydrostatic pressure and types of member design like boat landing, riser guard and other which is presented in my book or can join my webinar that cover all of these item in offshore structure design construction and maintenance course or through my book with the same name.