Quid est partes auto-lubricating gestus in machinatione apparatu? -The "iuncturam et cartilaginem ratio"

Si machinatione apparatu assimilatur "humanum corpus" in motu auto-lubricating gestus Ludere combined partes articulorum et cartilaginem ratio in humano corpore - sunt et in pivotal hubs supporting motus et "lubricatae custodes" reducing friction et cushioning impingit. Hoc munus involvit in sequentibus tres facies:

Articulis: et Pivot ad onus-afferentem et motus
Humanum articulis coniungite ossa portare onera et transmit copias; Similiter, auto-lubricating bearings sunt sita ad key nodos mechanica tradenda (ut rotating sagittas et connectens virgas), susceptum munera onus tradenda et motu ductu.

l Maximum onus-afferentem facultatem: sicut quod genu iuncturam sustinet corpus est pondus, summus virtus aes gustulas cum ultima pressura 30-50 MPa potest sustinere extremis pressuris in metalla machinatione, Akin quam articularis collagenis fibris.

l Motus flexibilitate: De humilis friction coefficient (0.08-0.12) et gestus ensures quod apparatu operatur ut mollius ut humana articulis, avoiding industria damnum propter "balbuam."

Cartilaginem et synovialis fluidum: synergy de auto-lubricatae et gerunt resistentia
Human cartilage secretes synovial fluid to reduce friction, while the matrix material (such as high-strength brass) and embedded solid lubricants (graphite, molybdenum disulfide) of self-lubricating bearings simulate this "dynamic lubrication mechanism":

l Cartilage Role: The high hardness (HB 180-220) and wear resistance (wear rate 0.5×10⁻⁴ mm³/(N·m)) of high-strength brass resemble the compressive and shear resistance of cartilage, protecting the matrix from direct wear.

l Synanovial fluidi partes: et embedded lubricants sunt uniformiter dimisit in frictional calefactio, formatam nanometer-densissima transferre amet (circiter 1-5 μm lupus inter iuncturam superficiei, assequendum per synovialis fluidum inter iuncturam superficiei, assequendum per synovialis fluidum inter iuncturam superficiei, achieving per synovial fluidi inter iuncturam superficiei, assequendum per synovial fluidam inter iuncturam, Achieving Synovial LUBRICUS intermittit in Suspendisse, Achieving Synovial Sine "Achieving Synovial Sine" Achieving Synovial Sine "additional Suspendisse".

Immune Ratio: Aliquam Adaptability et Self-Restituo potentiale
Humanum articulis potest aptet ad temperatus mutationes et resistere inflammatione exesa, cum auto-lubricating bearings cope cum complexu operationem condiciones per materiam consilio:

l ROSIO resistentia: et aluminium et manganese elementa in altus-viribus aes forma passivam film, resistendo acidum, alkali, et marinae marinam in mentis resistentia aes) similes antibacterial components super Tin aes) similes antibacterial components super Tin aes.

l Lassitudine resistentia: Bearings manent firmum sub crebris satus-sistit aut impulsum onerat (lassitudine robur ≥200 mpa-damnum per cartilaginem regenerationem.

Casus comparationis: Deficio Cervis vs. arthritis

Self-Lubricating Gestus, sicut "Smart iuncturam system" pro machinatione, utilitas summus viribus aes sicut "os" et solidum lubricants quod per "et longum manentem operationem sine externa. Hoc consilio non solum mimics exquisita synergy biologicum systems sed etiam excedit physiologica terminum in perficientur (ut ad temperaturis usque ad CCC ° C et pressures ad L MPa), driving Industrial Apparatu ad magis reliable et autolion.