The phrase "member structure" is a grammatically correct and usable part of a sentence in written English.
It refers to the organization or composition of a group or organization, specifically its individual members and their relationships to each other. Example sentence: "The company's member structure was carefully designed to promote collaboration and efficiency among its employees."
The model is called multi-level in the sense that is associated with many performance levels (e.g., immediate occupancy, life safety, collapse prevention) and structural levels (e.g., material, member, structure).
The reinforced concrete member (structure) will crack during construction and service periods due to many different causes, and these cracks should be limited in the engineering practice.
An attempt was made to minimize this limitation as much as possible by specifically selecting relevant distinguishing features (member structure, size, regional or supraregional orientation).
The results provide a useful reference for agricultural organizations in similar situations with a closely corresponding member structure to that of the sample of this study.
This specialty in the member structure of the GEK might limit the generalization of the results for all patients insured in the statutory health insurance in Germany.
Visual inspection of the central member structure of the most populated cluster found for the variant Q418L/S424T revealed that the mutation Q418L possibly contributes to a hydrophobic cluster at the C-terminal part of the inner core of the CH3 domains together with residues L358, V363, L365, the aliphatic part of the side chain of K414, W417, F423 and L441 (Fig. 1C).
Additive manufacturing technologies allow the construction slender member structures with complicated macroscale shapes.
This work describes an alternate design process for slender member structures using efficient methods for manipulating, storing, and slicing the geometry of the part.
These new methods, in particular a fast, efficient direct slicing method, enable printing slender member structures with over one hundred thousand struts.
The slicing algorithm is nearly perfectly parallel so it could extend to handle structures with over one million struts, helping to facilitate the adoption of slender member structures for engineering-scale applications.
Gavin, HP, and Hanson, RD. "Characterization of an ER active member". Structures Congress Xii (January 1 , 1994: 863-868.
