Table 1

Bow mass configurations and corresponding mechanical properties. Δmt, Δmc, Δmf: added masses at the tip (64.5 cm from the pivot point), clamp (15 cm) and frog (−8.6 cm). mbow: total bow mass; xCM: distance from the centre of mass to the pivot point (represented in Fig. 3); I: moment of inertia with respect to the pivot point; ΔxCM, ΔI: variation of mechanical properties compared to the reference bow A, expressed as percentages. The mechanical properties of the bow without masses are as follow: mbow = 52.2 g, I = 4.75 gm2, xCM = 20.4 cm.

Bow Δmt (g) Δmc (g) Δmf (g) mbow (g) xCM (cm) ΔxCM (%) I (gm2) ΔI (%)
A +0.14 +6.88 +0.77 60.05 19.5 4.95
B +0.70 +5.27 +1.82 59.93 19.6 +0.5 5.15 +4.0
C +1.75 +1.91 +4.27 60.15 19.5 0.0 5.52 +11.6
D +0.22 +4.78 +2.87 60.15 18.7 −4.1 4.93 −0.4
E +0.22 +1.91 +5.74 60.25 17.5 −10.3 4.87 −1.5

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