Orifice-compensated hydrostatic thrust bearing, central pocket — fixed reference geometry

Reference-geometry calculator (60mm bearing radius — fixed, matching the original) for a circular hydrostatic thrust bearing with a central pocket fed through a sharp-edged orifice. Vary pocket radius, film thickness, pressure and fluid properties.

✓ gevalideerd tegen origineelorigineel: /calculators/c11_4.htm

Orifice-compensated hydrostatic thrust bearing, central pocket — fixed reference geometry — original diagram from /calculators/c11_4.htm

Kamerstraal, R₁10⁻³ mFilmdikte, h₀10⁻⁶ mVoedingsdruk, pₛ−pₐ10⁶ PaViscositeit, ηPa·sDichtheid, ρkg/m³Afvoercoëfficiënt smoorgat, CᴅDrukfactor, β₀

Effectieve-oppervlakteverhouding, Aₑ/A0.715

Dimensieloze belasting, F*0.5

Dimensieloze stijfheid, S*0.693

Dimensieloos debiet, Q*1.028

Reynoldsgetal, film0.46

Reynoldsgetal, restrictor417

Smoorgatdiameter, d0.37 10⁻³ m

Draagvermogen, F11.32 10³ N

Axiale stijfheid, S522 10⁶ N/m

Debiet, Q2.775 10⁻⁶ m³/s

Vermogensverbruik, N5.549 W

The legacy "please login" demo lock froze the bearing radius R0 to this exact value. Per docs/phase6/OWNER-DECISIONS-BACKLOG.md K4, this fixed geometry is kept exactly as in the original and only the inputs that were already free under the lock are exposed. Generalizing it is a deliberate future decision for Anton, not made here.

Methode & referenties

Orifice-compensated hydrostatic thrust bearing with central pocket.
FIXED GEOMETRY: bearing radius 60 mm — the original demo lock froze this value.

De berekening is een letterlijke overzetting van de originele client-side JavaScript van /calculators/c11_4.htm. Resultaten zijn geverifieerd gelijk aan het origineel via een geautomatiseerde golden-master-test. Geen enkele formule is opnieuw afgeleid of “verbeterd”.

Orifice-compensated hydrostatic thrust bearing, central pocket — fixed reference geometry — Engineering ABC