Table 2 Locked and unlocked integrated... | Emerald Publishing

Table 2

Locked and unlocked integrated mechanical gears

Horizontal						Vertical
Sample	Unlocked		Locked		Axial unlocked	Sample	Unlocked		Locked		Axial unlocked
A1	Δ	x				C1	Δ	x
A2			Δ	x		C2			Δ		x
A3			Δ	x		C3			Δ		x
B1			Δ	x		D1			x
B2			Δ	x		D2			x
B3			Δ	x		D3			x
*Slot 1 (d_g = 2.5 mm)*
A1_s1	Δ	x				C1_s1	Δ	x
*A2_s1*			Δ	x		C2_s1			Δ		x
*A3_s1*			Δ	x		C3_s1			Δ		x
*B1_s1*			Δ		x	D1_s1	x		Δ
*B2_s1*			Δ	x		D2_s1			Δ		x
*B3_s1*			Δ	x		D3_s1			Δ	x
*Slot 2 (d_g = 3 mm)*
A1_s2	Δ	x				C1_s2	Δ	x
*A2_s2*	x		Δ			C2_s2	x		Δ
*A3_s2*			Δ	x		C3_s2			Δ		x
*B1_s2*			Δ	x		D1_s2	x		Δ
*B2_s2*			Δ	x		D2_s2			Δ	x
*B3_s2*			Δ	x		D3_s2			Δ	x
*Grove 1 (k = 5.55 mm, t =12.10 mm)*
A1_g	Δ	x				C1_g	Δ	x
*A2_g*	Δ		x			C2_g	Δ				x
*A3_g*	Δ		x			C3_g	Δ				x
*Grove 2 (k = 7.55 mm, t =16.10 mm)*
B1_g	Δ		x			D1_g	Δ	x
*B2_g*	Δ		x			D2_g	Δ				x
*B3_g*	Δ		x			D3_g	Δ		x

Horizontal						Vertical
Sample	Unlocked		Locked		Axial unlocked	Sample	Unlocked		Locked		Axial unlocked
A1	Δ	x				C1	Δ	x
A2			Δ	x		C2			Δ		x
A3			Δ	x		C3			Δ		x
B1			Δ	x		D1			x
B2			Δ	x		D2			x
B3			Δ	x		D3			x
Slot 1 (d_g = 2.5 mm)
A1_s1	Δ	x				C1_s1	Δ	x
A2_s1			Δ	x		C2_s1			Δ		x
A3_s1			Δ	x		C3_s1			Δ		x
B1_s1			Δ		x	D1_s1	x		Δ
B2_s1			Δ	x		D2_s1			Δ		x
B3_s1			Δ	x		D3_s1			Δ	x
Slot 2 (d_g = 3 mm)
A1_s2	Δ	x				C1_s2	Δ	x
A2_s2	x		Δ			C2_s2	x		Δ
A3_s2			Δ	x		C3_s2			Δ		x
B1_s2			Δ	x		D1_s2	x		Δ
B2_s2			Δ	x		D2_s2			Δ	x
B3_s2			Δ	x		D3_s2			Δ	x
Grove 1 (k = 5.55 mm, t =12.10 mm)
A1_g	Δ	x				C1_g	Δ	x
A2_g	Δ		x			C2_g	Δ				x
A3_g	Δ		x			C3_g	Δ				x
Grove 2 (k = 7.55 mm, t =16.10 mm)
B1_g	Δ		x			D1_g	Δ	x
B2_g	Δ		x			D2_g	Δ				x
B3_g	Δ		x			D3_g	Δ		x

Notes:

Legend: Δ for 100% virgin powder; x for 50% virgin and 50% recycled powder (five cycles)

Source: Tables are by the authors