x
Our website uses cookies. By using the website you agree ot its use. More information can be found in our privacy policy.

Release notes v8.0

Geometric modifications

  • Jacket update to no sleeve model

                                        WSID v7.6.1                                           WSID v8.0

v8_geo-update_jacket.jpeg

  • Shoulder loadcell geometry update

                                        WSID v7.6.1                                           WSID v8.0

v9_geo-update_shoulderloadcell01.jpeg

v9_geo-update_shoulderloadcell02.jpeg

  • Pelvis tilt sensor position

                                        WSID v7.6.1                                           WSID v8.0

v9_geo-update_pelvis-tiltsesor.jpeg

  • Pubic loadcell with screw geometry

                                        WSID v7.6.1                                           WSID v8.0

v10_geo-update_pubic-loadcell.jpeg
Euro NCAP far-side virtual testing certification

World SID version 8.0 is the first version with the official certificate of fulfilling all qualification criteria of Technical Bulletin TB 043-1. For more details please check the document: wsid50_pdb_v8.0_manual_VTC_Validation_Report.pdf


Optional stiffness parameter system for validation performance

The purpose is to get different dummy performance based on dummy validation specifications (corridor). These parameters are shown in model input on the top of *PARAMETER block:

v11_geo-update_parameter.jpeg

The customer can combine the parameters to get different dummy performance.

Important information: The delivery combination:
&head_opt=1.0
&neck_opt=1.0
&shd_opt=1
&trd_opt=3
&abd_opt=1
&pel_opt=1.0
is the only version fulfilling all qualification criteria of Technical Bulletin TB 043-1 and therefor the only certificated version.

For the performance please check chapter 8.2 in the WorldSID manual.


In the WorldSID model version 8.0, it is possible to measure the relative x-rotation of IR-TRACCs.
These are measured by key word CONSTRAINED_JOINTSTIFFNESS_GENERALIZED_TITLE.

The new CONSTRAINED_JOINT_STIFFNESS_GENERALIZED cards IDs are shown as follows:

ID Title Local rotation's direction component
1070 SHRILE00WSANX x-coordinate phi_degree
1071 TRRILE01WSANX x-coordinate phi_degree
1072 TRRILE02WSANX x-coordinate phi_degree
1073 TRRILE03WSANX x-coordinate phi_degree
1074 ABRILE01WSANX x-coordinate phi_degree
1075 ABRILE02WSANX x-coordinate phi_degree
1076 SHRIRI00WSANX x-coordinate phi_degree
1077 TRRIRI01WSANX x-coordinate phi_degree
1078 TRRIRI02WSANX x-coordinate phi_degree
1079 TRRIRI03WSANX coordinate phi_degree
1080 ABRIRI01WSANX coordinate phi_degree
1081 ABRIRI02WSANX coordinate phi_degree

Additional modifications

  • Mass adjustment, Range of motion adjustment according to ISO_15830_2022
  • Loadcell output polarity adjustment basis on SAE J-211
  • *MAT optimization for Lumbar, Plevis etc.
  • Contact debug for IR-TRACC and Shoulder Loadcell
  • IR_TRACCs *CONSTRAINED_JOINT_STIFFNESS_GENERALIZED_TITLE with ISO name
  • Element numbering: without overlap between solid and shell element ID
  • Ankle joint beams debug
  • Right arm joint mechanism debug
  • H-point marker position adjustment
  • Jacket pre-stress debug for S2 model
  • Pre-Simulation optmization