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Discover Radioss functionality with interactive tutorials.
HyperMesh Tutorials
RD-T: 3580 Boat Ditching
The objective of this tutorial is to simulate Boat Ditching with and without Boundary Elements.

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Overview
Tutorials
User Guide
Reference Guide
Example Guide
Frequently Asked Questions
Theory Manual
User Subroutines
HyperWorks Solver Run Manager
Starter Input
Engine Input

Altair Radioss Online Help

What's New
View new features for Radioss 2019.
Overview
Radioss^® is a leading explicit finite element solver for crash and impact simulation.
Tutorials
Discover Radioss functionality with interactive tutorials.
- HyperCrash Tutorials
- HyperMesh Tutorials
  - RD-T: 3500 Tensile Test Setup
    This tutorial demonstrates how to simulate a uniaxial tensile test using a quarter size mesh with symmetric boundary conditions.
  - RD-T: 3510 Cantilever Beam with Bolt Pretensioner
    This tutorial demonstrates how to simulate a simple cantilever problem with a concentrated load at the free end, using Dynamic Relaxation (/DYREL) method to obtain a static solution.
  - RD-T: 3520: Pre-processing for Pipes Impact
    In this tutorial you will learn how to set up a Radioss input file in HyperMesh for analyzing the impact response between two pipes.
  - RD-T: 3530 Buckling of a Tube Using Half Tube Mesh
    This tutorial simulates buckling of a tube using half tube mesh with symmetric boundary conditions.
  - RD-T: 3540 Front Impact Bumper Model
    In this tutorial you will learn how to use HyperMesh to set up a Radioss input deck for analysis of the impact of a bumper against a barrier behind rigid wall.
  - RD-T: 3550 Simplified Car Front Pole Impact
    This tutorial demonstrates how to simulate frontal pole test with a simplified full car.
  - RD-T: 3560 Bottle Drop
    This tutorial demonstrates how to simulate a Bottle Drop Test containing water and air. The objective is to evaluate the diffusivity of water and air in the bottle on drop.
  - RD-T: 3580 Boat Ditching
    The objective of this tutorial is to simulate Boat Ditching with and without Boundary Elements.
    - Boat Ditching with Boundary Elements
      The objective of this tutorial is to simulate Boat Ditching with Boundary Elements to represent continuous water using bi-phase material law (LAW37).
    - Boat Ditching without Boundary Elements
      The objective of this tutorial is to simulate Boat Ditching without Boundary Elements. So there is no boundary to represent continuous water. Basically, you are simulating Boat-Ditching in an enclosed volume.
  - RD-T: 3590 Fluid Flow through a Rubber Clapper Valve
    The objective of this tutorial is to simulate the flow of water through a rubber valve using an inlet option in multi-phase material law (LAW51).
  - RD-T: 3595 Three Point Bending with HyperMesh
    This tutorial demonstrates how to set up 3-point bending model with symmetric boundary conditions in Y direction.
  - RD-T: 3597 Cell Phone Drop Test
    This tutorial demonstrates how to simulate a free fall of a cell phone due to gravity from a height of 1001mm using 2nd order tetra elements.
  - RD-T: 3599: Gasket with HyperMesh
    This tutorial demonstrates how to simulate a rubber gasket in sequential loading, given a load sequence.
User Guide
This manual provides details on the features, functionality, and simulation methods available in Altair Radioss.
Reference Guide
This manual provides a detailed list of all the input keywords and options available in Radioss.
Example Guide
This manual presents examples solved using Radioss with regard to common problem types.
Frequently Asked Questions
This section provides quick responses to typical and frequently asked questions regarding Radioss.
Theory Manual
This manual provides detailed information about the theory used in the Altair Radioss Solver.
User Subroutines
The Radioss User Subroutines manual is available in PDF format.
HyperWorks Solver Run Manager
The HyperWorks Solver Run Manager is a unified utility that allows the user to start different HyperWorks Solvers.
Starter Input
This manual provides a list of all the model definition keywords and options available in Radioss.
Engine Input
This manual provides a list of all the solution definition keywords and options available in Radioss.

View All Altair HyperWorks Help

Altair Radioss Online Help

Home
Tutorials
Discover Radioss functionality with interactive tutorials.
HyperMesh Tutorials
RD-T: 3580 Boat Ditching
The objective of this tutorial is to simulate Boat Ditching with and without Boundary Elements.

What's New
Overview
Tutorials
User Guide
Reference Guide
Example Guide
Frequently Asked Questions
Theory Manual
User Subroutines
HyperWorks Solver Run Manager
Starter Input
Engine Input

RD-T: 3580 Boat Ditching

The objective of this tutorial is to simulate Boat Ditching with and without Boundary Elements.

Boat Ditching with Boundary Elements
The objective of this tutorial is to simulate Boat Ditching with Boundary Elements to represent continuous water using bi-phase material law (LAW37).
Boat Ditching without Boundary Elements
The objective of this tutorial is to simulate Boat Ditching without Boundary Elements. So there is no boundary to represent continuous water. Basically, you are simulating Boat-Ditching in an enclosed volume.

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