The phrase "assembly experimental" is not correct and lacks clarity in written English.
It may be intended to describe a type of assembly that is experimental in nature, but it needs additional context or modification to be clear.
Example: "The assembly experimental phase will allow us to test new designs before final production."
Alternatives: "experimental assembly" or "assembly for experimentation".
Therefore, to analyse the behaviour of the adhesive in an assembly, experimental fixtures which strongly limit edge effects must be designed in order to obtain reliable data.
While our data are consistent with the model of cooperative regulation by assembly, experimental noise and nonlinearities limit the current ability to measure the extent of that cooperativity, raising the possibility that there are yet more undiscovered features of CtpS regulation.
Moreover, in order to develop accurate numerical models for adhesively bonded assemblies, experimental results under various loading paths have to be analysed.
In order to examine the reliability of such assemblies, experimental methods based on mechanics of interference have been developed, analyzed and applied to the measurement of interfacial pressures in axial-symmetric assemblies of crimped fits consisting of plastic (or metal) insert, plastic tube and metal crimping ring.
Figure 1 Schematic illustration of the sample assembly and experimental setup.
Schematic illustration of the sample assembly and experimental setup during the unstable slip tests on simulated fault zones.
It was found that higher signal-to-hold-force ratio, as well as higher values of engagement signal, corresponded to higher confidence of assembly among experimental subjects.
Dynamic modeling of the accelerometer was presented first, followed by YCOB single crystal sample preparation, sensor assembly and experimental setup establishment.
There are two main ways to manipulate biodiversity: through the removal of species or by the assembly of experimental ecosystems of varying diversities.
It enables the characterization and testing of model electrodes in a three electrode assembly under experimental conditions close to those in a high temperature proton exchange membrane fuel cell (HT-PEMFC).
Lamè's solution has been extended to orthotropic material (composite bush) in order to evaluate analytically the coupling pressure due to interference assembly, while experimental campaigns have provided the values of coefficient of friction and of the adhesive shear strength (steel-composite).
