
Learn to apply six software for practical structural design and analysis in projects, including case studies, stability, dynamic analysis, lifting, and construction considerations.
Assess seafastening analysis for jacket structures by examining joint behavior, compression-only members, and movements. Apply gravity, transport analysis, and eight load combinations to design a stable structure.
Analyze seafastening and transportation of the jacket by combining gravity and transportation loads under sea motion, including heave, roll, and pitch, to assess stresses and ensure safe installation.
Explore seafastening and tow planning, detailing models, input and output data, hinge and welded joints, three-axis motion (x,y,z), and stiffness considerations for safe lifting and compliance.
Explore seafastening and tow step2 by analyzing load cases, sea conditions, and force and moment summation, including gravity, surge, sway, and the center of gravity for dynamic stability.
Explore step three of seafastening and tow by combining loads with a common solution, applying linear algebra to sum primary and secondary loads, and performing quality checks on joint members.
Launch analysis procedure report examines forces, load cases, and motion of a robotic arm within a jacketed structure, defining axes and gravity effects for reliable launch planning.
Analyze launch dynamics using sacs for a marine application, detailing two-dimensional motion, structural stresses, zoning of properties, coordinates x, y, z, and load cases defined with time intervals.
This course is part of SACS software course. This course is start by module I and module II that cover all the basic features about sacs software and how you can use it by knowing the SACS tools. So these two modules is mandatory to be taken before start on this module or you have an enough knowledge about using SACS software. The advanced SACS module III is focusing about applying the SACS software in a real project to be an example of practical how can we use this software in a real project.
In this course present the dynamic analysis and fatigue analysis as well and present the calculation reports for all the offshore structure analysis that are required during implementation of the project. So the inplace, dynamic, fatigue analysis will be illustrated in detail in addition to the launching, upending, towing, sea fastening , load out and lifting analysis will be discuss in detail by applying SACS software. The on bottom stability will be discussed and presented as well.
For this part of advanced SACS software module III this part 3 will focus on presenting the offshore structure seafastening design with the transportation analysis calculation by using sacs. he luancing for the jacket structure will be presented and define the way of doing it with SACS..