dev. at the apex Mean thickness at the alveolar crest (mm) Std.
The effects of apex angle, thickness ratio, volume fraction exponent and mixtures of FGMs on the backbone curves and mode shape of clamped isosceles triangular plates are studied.
Three apex angles and thickness ratio of FG plate are considered (β = 30°, 60° and 90°), (h/b = 0.05) respectively, volume fraction exponent n = 1 and the maximum amplitude |w max |/h = 1.
The effect of apex angle and thickness on the backbone curve for the first mode of the functionally garded AL/AL2O3 clamped triangular plate with (β = 60°) and n =1 are presented in Figs. 3, 4. The effects of mixtures, thickness ratio and apex angle are clearly shown on the plot of these figures.
All the observations in Fig. 4 indicate that neither the material at the tip apex, nor its thickness, nor its spectroscopic features are parameters which are sufficient to determine the magnetic properties of the tip, but only field-dependent measurements do so.
The reason of growing up curved W needle apexes coated with thickness of 200 or 300 nm h-BN thin film is not clear, but the thinner h-BN thin film would be influenced by supplying high electric field.
After excision of its apex, the full-thickness flap is advanced and sutured without any tension to the "neodentate line" or to the subcutaneous parts of the external sphincter where appropriate using absorbable sutures (Vicryl 3/0®, Ethicon Endo-Surgery, Norderstedt, Germany).
The aim of such modelling is to show how the depth of penetration varies with the variation of important parameters namely, apex angle, standoff, liner thickness, and mass of charge.
The investigation of the effects of the FGM mixtures, volume fraction exponent, thickness ratio, apex angle and boundary conditions on the hardening behavior are investigated in this part.
The effects of thickness ratio, apex angle, exponent of volume fraction and mixtures of FGMs on the backbone curves and mode shape of clamped isosceles triangular plates are also studied.
