Sentence examples for dissimilar combinations from inspiring English sources

The process is particularly useful to weld lightweight materials in similar and dissimilar combinations, and therefore an interesting alternative to other joining techniques (rivets, resistance welding, etc.).

Self-piercing riveting (SPR) as a preferred cold-forming fastening method is facing problem like weak interlocking when joining dissimilar combinations with considerably unequal thickness.

Friction stir spot welding technique was used to join dissimilar combinations of aluminium alloy (Al5052) with copper alloy (C27200) and friction stir spot welding windows such as tool rotational speed dwell time and tool rotational speed plunge depth diagrams for effective joining of these materials were developed.

These results may open the possibilities for new applications based on this dissimilar combination which can combine superelasticity and higher thermal and electrical conductivity (with the latter two characteristics arising for the CuAlMn shape memory alloy).

When two materials are brought in contact, the proper or adequate adhesion between them is of great importance, so it is necessary to device ways to attain the requisite adhesion strength between similar or dissimilar materials including the different combinations of metallic materials, polymers, composite materials and ceramics.

In addition to a photograph of a natural pattern, 26 dissimilar patterns were used, including different combinations of the feature types, locations, and frequencies of appearance.

Although DMGs may be present in different combinations with respect to HCs and LCs, in this study we chose to focus on those DMGs that exhibited HC-dissimilar/LC-matched M-proteins.

This paper summarizes recent progress in friction-based techniques for joining dissimilar material combinations, and discusses factors controlling bonding and joint strength.

Dissimilar metal combinations Fe Ti, Cu Ti, Fe Cu, Fe Ni and Cu Ni have been investigated in the present work as Fe, Cu, Ti and Ni are the most extensively used materials in engineering application in the alloyed form.

Multi-walled hollow electrospun fibers with different inner and outer diameters and different surface morphology are successfully produced by using dissimilar material combinations for inner and outer layers (i.e., hydrophobic polymers as outer layer and hydrophilic polymer as inner layer).

It can be expected that different species target distinct components of the substrate and degrade them using dissimilar enzyme combinations.