Misali na axial matsin lamba na ciki na ripple compensator aikace-aikace:

Wani carbon karfe bututu, nominal diamita 500mm, matsakaicin kafofin watsa labarai zafin jiki 300 ° C, muhalli mafi ƙarancin zafin jiki -10 ° C, compensator shigar da zafin jiki 20 ° C, bisa ga bututun layi (kamar hoto), bukatar a shigar da wani ciki matsin lamba corrugated compensator, don diyya axial displacement X = 32mm, horizontal displacement Y = 2.8mm, angular displacement θ = 1.8 digiri, sanannu L = 4m, compensator gajiya lalacewa lokuta da 15000 la'akari da, gwaji lissafin karfi na tushen A.

mafita:

(1) Axial motsi X = 32mm bisa ga bututun.

Y = 2.8mm.

Wannan ya kai 1.8.

Axial displacement X0 = 84mm na 0.6TNY500 × 6F da aka gano ta samfurin,

Yankin motsi: Y0 = 14.4mm.

Kusun motsi: θ0 = ± 8 digiri.

Axial rigidity: Kx = 282N / mm.

Bayani rigidity: Ky = 1528N / mm.

Kusun rigidity: Kθ = 197N · m / digiri.

Yi amfani da wannan dangantaka don yanke hukunci ko wannan compensator ya cika bukatun tambaya:

Sauya sigogin da aka ambata a sama a cikin tsari:

(2) Pre-deformation adadin na compensator X ne:

Saboda SabodaX ne mai kyau, don haka a yi "pre-stretch" 13mm kafin masana'antar.

(3) lissafin karfin karfin A:

Matsin lamba na ciki: F = 100 · P · A = 100 × 0.6 × 2445 = 14600 (N)

Axial karfi: Fx = Kx · (f · X) = 282 × (1/2 × 32) = 4512 (N)

Horizontal karfi: Fy = Ky · Y = 1528 × 2.8 = 4278.4 (N)

karkata moment: My = Fy · L = 4278.4 × 4 = 17113.6 (N · m)

Mθ = Kθ · θ = 197 × 1.8 = 354.6 (N · m)

Gaba karkata lokaci: M = My + Mθ = 17113.6 + 354.6 = 17468.2 (N · m)