Home
Reference Guide
This manual provides a detailed list of all the input keywords and options available in Radioss.
LS-DYNA Input
This manual provides a list of LS-DYNA input files available in Radioss.
*LOAD
*LOAD_BODY_PARTS
LS-DYNA Input Interface KeywordDescribes the set of part(s) on which the load body is applied. Load body is defined with *LOAD_BODY_{OPTION}.

Welcome
What's New
View new features for Radioss 2024.
Overview
Radioss^® is a leading explicit finite element solver for crash and impact simulation.
Tutorials
Discover Radioss functionality with interactive tutorials.
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.
- File Extensions and Formats
  Current Radioss format uses the 12x extension format.
- Single File Input
  This format allows running either Starter or Engine with the same file.
- New Keywords in 2024
  New and modified features in Radioss.
- 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.
- LS-DYNA Input
  This manual provides a list of LS-DYNA input files available in Radioss.
  - *AIRBAG
  - *BOUNDARY
  - *CONSTRAINED
  - *CONTACT
  - *CONTROL
  - *DAMPING
  - *DATABASE
  - *DEFINE
  - *ELEMENT
  - *EOS
  - *HOURGLASS
    LS-DYNA Input Interface KeywordDefine solid and hourglass formulation for 8-node solid elements.
  - *INCLUDE
  - *INITIAL
  - *INTEGRATION_SHELL
    LS-DYNA Input Interface KeywordDefine user-defined through the thickness integration rules for the composite shell element.
  - *KEYWORD
    LS-DYNA Input Interface KeywordThis keyword should always be the first card of the input file. Optionally used with *CONTROL_UNITS card to specify model units.
  - *LOAD
    - *LOAD_BODY
      LS-DYNA Input Interface KeywordDefines an acceleration load.
    - *LOAD_BODY_PARTS
      LS-DYNA Input Interface KeywordDescribes the set of part(s) on which the load body is applied. Load body is defined with *LOAD_BODY_{OPTION}.
    - *LOAD_GRAVITY_PART
      LS-DYNA Input Interface KeywordDefines gravity load applied to a part or to a set of parts.
    - *LOAD_NODE
      LS-DYNA Input Interface KeywordDefines a concentrated force or moment applied on a defined node or to each node of a nodal set.
    - *LOAD_RIGID_BODY
      LS-DYNA Input Interface KeywordDefines a concentrated force or moment applied on main node of a defined rigid body.
    - *LOAD_SEGMENT
      LS-DYNA Input Interface KeywordDefines pressure load on a segment defined by node or by set of segments.
    - *LOAD_SHELL
      LS-DYNA Input Interface KeywordDefines pressure load on a single shell element or on a set of shell elements.
  - *MAT
  - *NODE
    LS-DYNA Input Interface KeywordDefines a node number and nodal coordinates in the global coordinate system.
  - *PART
    LS-DYNA Input Interface KeywordDefines a part, which combines material and property information.
  - *RIDIGWALL
  - *SECTION
  - *SET
- Optimization Keywords
  Optimization Keyword This manual contains the description of the keywords for the Radioss optimization. This manual is compatible with the version 2018 of Radioss.
- Multi-Domain
  This manual contains the description of the keywords for the Radioss Multi-Domain.
- Other Files
- Definition
Example Guide
This manual presents examples solved using Radioss with regard to common problem types.
Verification Problems
This manual presents solved verification models.
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
This manual describes the interface between Altair Radioss and user subroutines.

*LOAD_BODY_PARTS

LS-DYNA Input Interface KeywordDescribes the set of part(s) on which the load body is applied. Load body is defined with *LOAD_BODY_{OPTION}.

Format


(1)	(2)	(3)	(4)	(5)	(6)	(7)	(8)
*LOAD_BODY_PARTS
`PSID`

Definition


Field	Contents	SI Unit Example
`PSID`	Part set identifier. (Integer)

Comments

This keyword maps to /SET/GENERAL.
The card *LOAD_BODY_PARTS can be defined only once in the model.