Hohlwelle: Schnitt SB:Starke Porosi

Hohlwelle:
Schnitt SB:
Starke Porosität /Falten / Oxidation bis 25 µµ, Partiell Randoxidation bis 30 µm.
An HW MB Überlappungen 30 µm, partiell mit Carbiden und Oxyden gefüllt.
GGI: SAE längs RHT und Gefüge n.i.O.( Einstreuungen von Ferrit und Perlit )
GGA:
RHT Laufbahn längs Ende, Laufbahn Grund und 40° , SAE längs Anfang n.i.O.
Glocke Laufbahn längs Anfang Ferrit bis Oberfläche, Glocke quer Ferrit und Perlit Einstreuungen bis Rand.
SAE-Gefüge Auslauf n.i.O.
GN: Ferritfelder im Martensit, n.i.O.

結果 (英文) 1:

Hollow shaft: Cut SB:Strong porosity / wrinkles / oxidation up to 25 µµ, partial edge oxidation to 30 µm. On HW MB overlapping 30 µm, partially filled with carbides, and oxides.GGI: SAE along RHT and structure n.i.O (interference of ferrite and perlite).GGA: RHT career end, carrier base and 40 °, SAE n.i.O along at the beginning.Bell career along early ferrite surface, Bell cross ferrite and Pearlite interference edge.SAE-fabric outlet n.i.O.GN: ferrite fields in the Martensite, n.i.O.

結果 (英文) 3:

hollow shaft cut sb

strong porosity / wrinkles / oxidation to 25 µµ, partial randoxidation to 30 micrometer.
in hw mb overlapping 30 microns, partially filled with carbiden and oxides. ggi: sae on rht and fabric n.i.o. (chip of ferrite and pearlite

% hsa career along, career reason and capacity, sae along early n.i.o.
bell career along the ferrite to surfacebell across chip ferrite and pearlite to rand. the sae fabric outlet n.i.o.
gn: ferritfelder in martensite, n.i.o.