An Introduction to Paramarine
1. Identify capabilities and functions required.
These capabilities and functions must be translated into terms that can be expressed in the Design
Building Block Hierarchy.
2. Place design generator Building Bl
Part I Design: Ship Sizing and Hydrostatics
To develop a preliminary design on hull form, ship sizing, arrangement of tanks and type of mooring; to compute
weight distribution and hydrostatic quantities, to perform intact and damage stability an
Paramarine Tutorial 8
Design for Production
The design for Production module is used to analyze the design definition and produce a
breakdown of parts for construction based on a build strategy and various production parameters.
The module collates inform
Paramarine Tutorial 7
In this tutorial we will learn how we can produce 2D drawings that will enhance the presentation
of our design.
Produce 2D drawings
1. Click on the fixed_data folder and select insert. Insert a generic placeholder and name it
Paramarine Tutorial 6
In this tutorial we will perform a basic seakeeping analysis.
Basic Seakeeping Analysis
1. Under the analysis placeholder insert a seakeeping placeholder
2. Right click on seakeeping insert Seakeeping sk_general_condition
3. Expand i
Paramarine Tutorial 5
In this tutorial we will learn how to perform a longitudinal strength analysis of our design. We
will then define the structural elements that comprise the ship structure and check if the design
satisfies the criteria for maximum str
Paramarine Tutorial 4
In this tutorial we will learn how to perform the stability analysis of our design. We will define
loading conditions, and for each one of them we will calculate the intact and damaged stability.
Furthermore, we will revisit hydrosta
Paramarine Tutorial 3
In this tutorial we will generate the tanks. Subsequently we will transform everything into
building blocks, and then generate the accommodation and the process facility. In the end the
auditing process will be described.
Paramarine Tutorial 2
In this tutorial we will generate the internal subdivision of the FPSO. By internal subdivision we
mean the generation of the transverse and longitudinal bulkheads, as well as the decks.
In the second part we will create the moonpool
Paramarine Tutorial 1
In this tutorial we will generate a hullform for a tanker using the Intellihull method. After the
completion of the hull we will check the shape of it by constructing the lines drawing. This is the
plan showing the three views of a v
Part II Design: Hydrodynamic Loads and
Seakeeping Analysi s
To analyze the seakeeping performance of the FPSO you designed. Both 1 -year operation and 100-year survival sea conditions
need to be considered. The focus is on the performance of hea