FEGate for Ship

Pre/Post Processor for Shipbuilding Industry

Key Features

swiper01

Fine Mesh

Remeshes the selected region with finer elements to support detailed modeling.

swiper02

Group Report

Automatically generates Pre/Post reports for element groups defined by the user.

swiper03

Auto Create Group

Automatically groups entities that compose user-defined cross-sections across the entire model.

swiper04

Remesh

Remeshes existing 2D shell elements with user-defined mesh size.

swiper05

Beam to Shell

Converts 1D elements (Bar/Beam) into 2D shell elements.

swiper06

Sub-modeling

Automatically generates loads and boundary conditions for the local model using results from the global model.

Model Check

Verify key structural properties and create reliable reports.

Section Property

Computes moment of inertia, area, and neutral axis of composite sections combining shell and 1D stiffeners.

Solid Property

Calculates and displays mass, volume, center of gravity, mass moment of inertia, and principal axes for selected shell and 1D elements (with optional report file output).

Boundary Report

Provides various reporting features for subcases and boundary condition loads.

Thickness Contour

Visualizes thickness distribution using thickness values defined in shell properties and vertex nodes.

Modeling Automation

Accelerate modeling with automated meshing for complex features.

Opening Mesh

Automatically generates FE models for opening geometries.

Longi Connection

Automatically generates FE models for longitudinal connection geometries.

End Connection

Automatically generates FE models for end connection geometries.

Mooring Fittings

Automatically generates FE models of chocks and bollards based on specifications and type.

Post Processing

Combine and visualize results for faster decision-making.

Group Report

Automatically generates Pre/Post reports for element groups defined by the user.

Combine Result

Generates new stress or displacement results by statistically combining multiple load case results.

Report

Displays results as text annotations on the FE model and outputs scalar or tensor values in tabular format.

Deform All

Deforms the FE model geometry by applying the currently displayed deformation results to node positions.

Property Edit

Modify mass, beam properties, and apply corrosion adjustments.

Mass Tuning

Enables mass adjustment of structural members by targeting specific axial sections or element groups.

Convert Beam Property

Supports conversion between PBAR and PBEAM properties, as well as between library and general beam types.

Element Corrosion

Applies corrosion addition individually to each element.

Load Conversion

Convert and map complex loads with ease.

Pressure ↔ Force

Supports bidirectional conversion between element pressure loads and equivalent nodal forces.

Gravity → Force

Applies equivalent nodal forces by reflecting gravity based on density, area, and other properties defined for selected entities.

Result → BC

Applies deformation results as enforced displacement boundary conditions or converts reaction forces into external loads.

Map BC

Maps boundary conditions from a global model onto a submodel for consistent local analysis.

S/W Development &

Automation

Enhance efficiency using APIs and automation tools.

API

Enables users to implement custom functions within FEGate and easily identify code errors through the built-in API Editor.

Script & Script builder

Automatically generates FEGate-recognizable scripts for loads and boundary conditions by simply inputting node IDs and values in a table format.

Specialized Solver,

RAPIDUS

Perform large-scale linear analysis with fast parallel computing.

Rapid Linear Analysis Performance

RAPIDUS significantly accelerates linear static analysis, especially in high-DOF models, as shown in benchmark tests with over 19 million DOFs.

High Performance in Parallel Computing Capabilities

Provides high-performance parallel computation through various solver types including MFS, Dense, Sparse, and AMG (figure shows MFS parallelization).