Diffusionsvorgänge in der Kontaktzone von Titan/Stahl‐Sprengplattierungen

Klein, Winfried; May, W.

doi:10.1002/mawe.19720030103

Cited by 2 publications

(1 citation statement)

References 5 publications

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“…This allows directional solidification with the corresponding composition. The alloying capability of this system in a binary form has been demonstrated on several occasions (7).…”

Section: Literaturmentioning

confidence: 98%

Bruchflächenformation und Haftmechanismen von Titan‐Stahl‐Sprengplattierungen

Stuke

Frommeyer

1981

Materialwissenschaft Werkst

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Formation of Fracture Surfaces and Adhesion Mechanisms of Titanium Steel Explosive BondingsInvestigations on adhesion of the model system steel-titanium explosive platings have been carried out under the condition of an uniaxial tensile test. A bond model of explosive plating will be proposed and discusses by means of SEM-analysis of the fracture surfaces. Hence it follows, that in the range of the slow collision velocity, the bond mechanism is identical with that obtained by friction welding processes. At medium collosion velocity a formation of thin hydrodynamic metal films with lubricating effects and slight adhesion in the interfacc region takes place. Extreme large collision velocity rate cause the bond due to fusion welding processes.

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“…This allows directional solidification with the corresponding composition. The alloying capability of this system in a binary form has been demonstrated on several occasions (7).…”

Section: Literaturmentioning

confidence: 98%

Bruchflächenformation und Haftmechanismen von Titan‐Stahl‐Sprengplattierungen

Stuke

Frommeyer

1981

Materialwissenschaft Werkst

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Plattiertes Grobblech mit Titan‐Auflage

Pircher

Pennenkamp

Sussek

1982

Materialwissenschaft Werkst

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Die Arbeit befaBt sich mit Fragen der Herstellung sowie den Verarbeitungs-und Gebrauchseigenschaften von plattierten Grobblechen.Erortert werden die wesentlichen Merkmale von Sprengplattierungen, u. a. wird uber Versuche mit boherfestem Titan der Gruppe I1 berichtet. GroBformatige Bleche mit Titan-Auflagedicken von 1,5 bis 3 mm werden uber einen neuentwickelten Fertigungsweg durch Warmwalzen von sprengplattiertem Halbzeug hergestellt. Mit Warm-und Kaltumformungen, Untersuchungen zum Korrosionsverhalten sowie der erfolgreichen schweiBtechnischen Erprobung wird gezeigt , daB die neuartige Plattierung den Anforderungen bezuglich der Verarbeitbarkeit voll genugt. Titanium-Clad PlatesThe article deals with aspects as well as the processing and service properties of large clad plates. The most important characteristics of explosion-clad steel are discussed. Results of tests performed on highstrength grade 2 titanium are also presented. Large plates with titanium cladding thicknesses of 1.5-3.0 mm are produced by means of a new method comprising the hot rolling of explosion-clad semi-finished material. By means of hot and cold forming, corrosion resistance tests, and successful1 welding trials it is shown that the new clad plate completely satisfies further processing requirements.

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Diffusionsvorgänge in der Kontaktzone von Titan/Stahl‐Sprengplattierungen

Cited by 2 publications

References 5 publications

Bruchflächenformation und Haftmechanismen von Titan‐Stahl‐Sprengplattierungen

Bruchflächenformation und Haftmechanismen von Titan‐Stahl‐Sprengplattierungen

Plattiertes Grobblech mit Titan‐Auflage

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