Add to ORKGResults of an experimental investigation on adhesive and glass ceramic joined SiC and steel tested in torsion will be presented and compared to one recent standard (ISO 13124) which has been proposed for testing the shear bond strength of ceramic-ceramic, ceramic-metal, and ceramic-glass joints at ambient temperature by shear tests on cross-bonded test pieces. Advantages and disadvantages of these tests are discussed and compared with models, with particular focus on the measurement of pure or apparent shear strength. Modelling results help understanding the failure mode and therefore the meaning of the measured strength
Ceramics and Ceramic Matrix Composites (CMC) are well known as useful materials for harsh environmen...
The results of an experimental investigation on epoxy-joined silicon carbide tested in shear mode by...
Pure torsional shear tests of joints glued with two different aerospace grade adhesives were perform...
Results of an experimental investigation on adhesive and glass ceramic joined SiC and steel tested ...
Results of an experimental investigation on brittle and non-brittle joining materials for ceramics t...
Nowadays adhesive joints are more and more used; therefore, a precise and reliable shear strength me...
Assessing the shear strength of a joined ceramic or CMC is an essential task in components design. I...
A torsion test on hour-glass-shaped samples with a full joined or a ring-shaped joined area was chos...
The results of an experimental investigation on epoxy-joined silicon carbide tested in shear mode by...
Advanced ceramics appear to be a very important resource for the development of many new technologie...
An important issue relevant to the design and use of adhesive bonding is the assessment of the shear...
In the community of the ceramic materials scientists, there is a great interest in the joints of cer...
Since reliable long term operation of SOFC and SOEC devices depends critically on the mechanical beh...
Different approaches are used for the integration of ceramic components in solid oxide fuel cells st...
A new shear test vas developed to measure the shear strength of metal-ceramic joints, in which stres...
Ceramics and Ceramic Matrix Composites (CMC) are well known as useful materials for harsh environmen...
The results of an experimental investigation on epoxy-joined silicon carbide tested in shear mode by...
Pure torsional shear tests of joints glued with two different aerospace grade adhesives were perform...
Results of an experimental investigation on adhesive and glass ceramic joined SiC and steel tested ...
Results of an experimental investigation on brittle and non-brittle joining materials for ceramics t...
Nowadays adhesive joints are more and more used; therefore, a precise and reliable shear strength me...
Assessing the shear strength of a joined ceramic or CMC is an essential task in components design. I...
A torsion test on hour-glass-shaped samples with a full joined or a ring-shaped joined area was chos...
The results of an experimental investigation on epoxy-joined silicon carbide tested in shear mode by...
Advanced ceramics appear to be a very important resource for the development of many new technologie...
An important issue relevant to the design and use of adhesive bonding is the assessment of the shear...
In the community of the ceramic materials scientists, there is a great interest in the joints of cer...
Since reliable long term operation of SOFC and SOEC devices depends critically on the mechanical beh...
Different approaches are used for the integration of ceramic components in solid oxide fuel cells st...
A new shear test vas developed to measure the shear strength of metal-ceramic joints, in which stres...
Ceramics and Ceramic Matrix Composites (CMC) are well known as useful materials for harsh environmen...
The results of an experimental investigation on epoxy-joined silicon carbide tested in shear mode by...
Pure torsional shear tests of joints glued with two different aerospace grade adhesives were perform...