Results 1 to 10 of about 2,164,777 (221)
Metal-ceramic interfaces in laser coated aluminium alloys [PDF]
Acta Metallurgica et Materialia, 1994 A novel process was developed to firmly coat an aluminium alloy, Al6061, with α-Al2O3 by means of laser processing. In this approach a mixture of SiO2 and Al powder was used to inject in the laser melted surface of aluminium. A reaction product α-Al2O3 layer of a thickness of 100 µm was created which was well bonded to the aluminium surface.
Zhou, X.B., Hosson, J.Th.M. De
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Properties of test metal ceramic titanium alloys
The Journal of Prosthetic Dentistry, 1992 Four test alloys were prepared using a high frequency centrifugal casting machine and a ceramic crucible for the development of titanium bonding alloys that can be cast in the ordinary atmosphere. Of these alloys, 10.06% Ti, 78.79% Ni, 9.02% Pd, 1.77% Sn and 9.91% Ti, 78.56% Ni, 9.07% Pd, 1.86% Sn, 0.65% Ir could be cast by the conventional high ...
K, Akagi +3 more
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Corrosion stability of welded alloy for metal-ceramic system
, 2012 /
Carek, Andreja +2 more
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Zr–Cu alloy filler metal for brazing SiC ceramic
RSC Advances, 2018 The Zr–Cu filler metal is mainly used for the joining of SiC ceramic as a nuclear fuel cladding material.
Bofang Zhou, Keqin Feng
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Ceramic-to-Metal Seals by Reactive Alloying Method
SHINKU, 1961 MUROMATU, Tatuo +2 more
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Some of the next articles are maybe not open access.
Metal-Ceramic Alloys in Dentistry: A Review
Journal of Prosthodontics, 2009Abstract Purpose: The purpose of this article is to review basic information about the alloys used for fabricating metal‐ceramic restorations in dentistry. Their compositions, properties, advantages, and disadvantages are presented and compared. In addition to reviewing traditional noble‐metal and base‐metal metal‐ceramic alloys, titanium and gold ...
Howard Roberts +2 more
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Defect and Diffusion Forum, 2014
This study investigated actively brazing Alumina-to-Alumina with Ag-Cu-Ti as the filler metal system and Alumina-to-Copper with Cu-Ti-Co as the filler-metal system. The research was conducted on four samples, two of which were alumina brazed to alumina (Samples 1 & 2), and the other two were alumina brazed to copper (Samples 3 & 4).
O S Es-Said, H Garmestani
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This study investigated actively brazing Alumina-to-Alumina with Ag-Cu-Ti as the filler metal system and Alumina-to-Copper with Cu-Ti-Co as the filler-metal system. The research was conducted on four samples, two of which were alumina brazed to alumina (Samples 1 & 2), and the other two were alumina brazed to copper (Samples 3 & 4).
O S Es-Said, H Garmestani
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Thermal creep analysis of noble metal alloys for the ceramic-fused-to-metal technique
Journal of Biomedical Materials Research Part B, 1999Distortion of metal frameworks for the ceramic fused to metal technique during firing is attributed to thermal creep of the alloys. Usually thermal creep measurements are performed at constant load and constant temperature over varying time periods. Because metal frameworks for the ceramic-fused-to-metal technique are cyclically stressed, a three-point
Fischer J, Baltzer N, Fleetwood PW
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A Study on Metal-Ceramic Interface on Metal Base Dental Alloys
Key Engineering Materials, 2015Although the literature describes many studies that attempt to define and interpret the interaction between the metal component and overlying sintered ceramic mass, researchers still have conflicting opinions. It is not yet fully understood the hybrid layer occurrence phenomenon that rises by diffusion at the sintering temperature between the ...
Florin Miculescu +2 more
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Shear bond strengths of a ceramic system to alternative metal alloys
Journal of Prosthetic Dentistry, 2005The success of metal-ceramic restorations is influenced by the compatibility between base metal alloys and porcelains. Although porcelain manufacturers recommend their own metal systems as the most compatible for fabricating metal-ceramic prostheses, a number of alloys have been used.
Renata Marques de Melo
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