Sentence examples for maximum adhesive strength from inspiring English sources
An optimum surface roughness for achieving maximum adhesive strength was observed for all the alloys tested regardless of the adhesive used.
The complex relationship between adhesion and the surface roughness of the adherend has been noted by several researchers, who have reported an optimum surface roughness and surface conditions for maximum adhesive strength [19, 20].
The maximum adhesive strength of the steel alloy was observed to occur at different surface roughness for the A2 (Ra = 0.47 µm) and A1 (Ra = 0.62 µm) adhesives, implying that the adhesive type has an influence on adherend surface roughness that yields the maximum bond strength.
It is interesting to note that for the A1 adhesive the maximum adhesive strengths were observed at surface roughness values achieved from grinding with the 240 grit SiC emery paper.
Although the maximum adhesive shear strength was observed with the steel alloy, the lowest shear strength was also observed with this alloy.
The optimum surface roughness value which has been surmised to provide a maximum adhesive bond strength is dependent on the adherend material and the type of adhesive employed.
It can be observed that for the aluminum alloys the maximum adhesive bonding strength was observed at a surface roughness (Ra) of 0.83 µm for both adhesives, which would imply that for this particular alloys, the adhesive type does not have much of an influence on the optimum surface roughness for maximum adhesive shear strength.
Possible maximum initial adhesive strength is not the only key factor in favour of a decision to use adhesive bonding.
In this paper, we show that the nanometer range of the spatula size of geckos may have evolved to optimize the adhesive strength and maximum tolerance of imperfect adhesion (for robustness).
It is shown that for a fixed shape, there exists an optimal volume Vopt for which the adhesive strength has a maximum.
Subsequently, bonding of cartilage was measured as adhesive strength, that is, the maximum force at rupture of bonded cartilage blocks divided by the overlap area.
