Figure 8 Expected bending moment deviation on MF (2. and 3. column)
Figure 9 Bending moment deviation influence on the FT measurement (4.-7. column)

Step	BMdev Abs. Max	BMdev Rel. Max	F_T_dev_LT	F_T_dev_LB	F_T_dev_RT	F_T_dev_RB
MN·m	N·m	%	N	N	N	N
0.5	0.014877663	0.1305	0.00038	0.00025	0.00032	0.00051
1.0	0.028742167	0.1261	0.00077	0.00049	0.00064	0.00102
1.5	0.043041384	0.1259	0.00115	0.00074	0.00096	0.00153
2.0	0.057919055	0.1270	0.00153	0.00098	0.00129	0.00204
2.5	0.071783552	0.1260	0.00191	0.00123	0.00161	0.00255
3.0	0.085206409	0.1246	0.00230	0.00147	0.00193	0.00305
3.5	0.097479482	0.1222	0.00268	0.00172	0.00225	0.00356
4.0	0.11713869	0.1285	0.00306	0.00197	0.00257	0.00407
4.5	0.128398462	0.1252	0.00344	0.00221	0.00289	0.00458
5.0	0.148776634	0.1305	0.00382	0.00246	0.00321	0.00509

#BMdev	= bending moment deviation resulting from the difference between the bending moment calculated from a fixed tangential force ratio and the one calculated from the finite element analysis
#F_T_dev	= tangential force reacting on each measurement flexure
#LT (Left Top), RT (Right Top), LB (left Bottom) and RB (Right Bottom) refer to the position of the measurement flexure within the torque standard machine when looking towards the measurement lever from the device under test point of view
