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→5.4.1 Design Formulas
\frac {\alpha \Delta T}{s} [f^2 + 4 r^2 + 2 \pi r f - (e^2 - 2ex^2 - x^2) + 2f (e - x)] </math>
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A Deflection in mm
" Turn angle in °
P Force in N
)T Temperature difference in K s Thickness in mm
L Free moving length in mm
a = 360 .a 1 B
B Width in mm
D,d Diameter in mm
r Radius in mm
a Specific therm. Deflection in 1/K
b=ac Thermal action force constant N/(mm2.K) c1 = B .c
===5.4.2 Stress Force Limitations===
