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Additional Shoulder-Rib test

Since the release v5.0 there are additional tests for the shoulder rib in different impact angles, pendulum masses and impact pendulum-velocities. Impact angles include 0, 90 and 180 degrees. There is an impact box as half arm which is fixed on the arm joint. The test includes two types, with sternum and without sternum. This is in order to identify the influence of the sternum. With these tests the WorldSID model can be fine-tuned to capture the rotation of shoulder rib by vertical axis.

 

0 Degree with sternum

 

0deg_ws.png

 

low pendulum mass and low velocity

 

0deg_lm_lv.png

0deg_lm_lv1.png

0deg_lm_lv2.png

 

low pendulum mass and high velocity

 

0deg_lm_hv.png

0deg_lm_hv1.png

0deg_lm_hv2.png

 

0 Degree without sternum

 

0deg_wos.png

 

low pendulum mass and low velocity

 

0deg_lm_lv_wos.png

0deg_lm_lv_wos1.png

0deg_lm_lv_wos2.png

 

low pendulum mass and high velocity

 

0deg_lm_hv_wos.png

0deg_lm_hv_wos1.png

0deg_lm_hv_wos2.png

 

90 Degree with sternum

 

90deg_ws.png

 

high pendulum mass and low velocity

 

90deg_hm_lv.png

90deg_hm_lv1.png

90deg_hm_lv2.png

 

high pendulum mass and high velocity

 

90deg_hm_hv.png

90deg_hm_hv1.png

90deg_hm_hv2.png

 

90 Degree without sternum

 

90deg_wos.png

 

high pendulum mass and low velocity

 

90deg_hm_lv_wos.png

90deg_hm_lv_wos1.png

90deg_hm_lv_wos2.png

 

high pendulum mass and high velocity

 

90deg_hm_hv_wos.png

90deg_hm_hv_wos1.png

90deg_hm_hv_wos2.png

 

180 Degree with sternum

 

180deg_ws.png

 

low pendulum mass and low velocity

 

180deg_lm_lv.png

180deg_lm_lv1.png

180deg_lm_lv2.png

 

low pendulum mass and high velocity

 

180deg_lm_hv.png

180deg_lm_hv1.png

180deg_lm_hv2.png

 

180 Degree without sternum

 

180deg_wos.png

 

low pendulum mass and low velocity

 

180deg_lm_lv_wos.png

180deg_lm_lv1_wos.png

180deg_lm_lv2_wos.png

 

low pendulum mass and high velocity

 

180deg_lm_hv_wos.png

180deg_lm_hv1_wos.png

180deg_lm_hv2_wos.png