Openings often exist in the concrete slab of composite floors due to the functional requirements of structures.
The procedure proposed can be treated as a baseline for determining least cost designs of slightly conical towers that meet the structural requirements of slender structures predominantly loaded by bending due to dynamic loads.
The tape-laying process involves the use of devices that control the placement of narrow prepreg tapes over tooling with the contours of the desired part and along paths prescribed by the design requirements of the structure.
These changes must be held in check to satisfy the functional requirements of the structure over its service life.
The rotary tool was designed and fabricated based on the requirements of compact structure, sufficient stiffness and minimal edge runout.
Openings, however, often exist in the steel plate shear walls due to various functional requirements of the structure.
This paper presents a software tool that allows the evaluation of the performance and conformance to requirements of machine structure variants at an early stage.
However, for obtaining the required high performance in any of these concrete composites, slag should be properly proportioned so that the resulting concrete would satisfy both the strength and performance criteria requirements of the structure.
However, for obtaining the required performance in any of these concrete composites, metakaolin should be properly proportioned so that the resulting concrete would satisfy both the strength and performance criteria requirements of the structure.
It is argued that the interaction between the requirements of the structure, sensors, manufacturing and maintenance in the design process, and the difficulties in imposing the new sensor requirements on the traditional disciplines, makes it difficult for innovative sensing technologies to be efficiently incorporated into designs.
