The best rib geometry was based on three design variables; rib height, rib width, and rib pitch.
Orthologues shared among the G. vaginalis strains were determined using BlastP searches and defined as the best match with >40% identity over >70% of the sequence of the largest protein, with exception of the size-variable Rib protein.
Four dimensionless variables such as, rib pitch-to-rib height ratio, rib height-to-channel height ratio, streamwise rib distance on opposite wall to rib height ratio, and the attack angle of the rib are chosen as design variables.
The variables RiA and RiB characterize the KA and KB resource items that are allocated to cognition and emotion, respectively.
Capillary shaping (CS) is a directional solidification technique by which hollow aluminum products with inner ribs, a variable cross-section, and a bent geometry can be fabricated.
On the basis of the numerical results and the confirmation of previous experiments, rib design variables are recommended, along with a design procedure.
An investigation on channel geometries led to a serpentine flow field with a moderate degree of parallelization and ribs with variable width to reduce cross transport effects.
Differing LAG spacing signals also appear to be present within different elements of an individual adult Hypacrosaurus stebingeri (MOR 549), although the presence of an EFS/OCL makes this difficult to show definitively; the fibula shows a pronounced increase in LAG spacing from the periosteal margin to the inner cortex, whereas the rib has more variable spacing between LAGs.
Thoracic vertebrae bear ribs and are variable in number.
The test variables were the rebar diameter, rib spacing, and rib height.
The skull, sternum and ribs may show variable degrees of uptake.
