Sentence examples for innovative structural from inspiring English sources

In the innovative structural system known as the diagrid structure, a connection commonly consists of four obliquely intersecting columns and several beams.

The body of data so far acquired will serve as a landmark in the evaluation of innovative structural interventions on the AT1S lead structure, such as key amino acid replacements and/or changes of ring size, which are currently pursued.

Additive manufacture (AM) enables innovative structural design, including the fabrication of complex lattice structures with unique engineering characteristics.

Its demand is driven by innovative structural designs and increased performance requirements of dynamic-prone structures that call for a close cross-checking or monitoring of their dynamic properties and responses.

In being awarded the 2003 Henry C. Turner Prize by the National Building Museum, then-museum board chair Carolyn Brody praised his impact on construction innovation: "His magnificent designs have challenged engineers to devise innovative structural solutions, and his exacting expectations for construction quality have encouraged contractors to achieve high standards".

Compression yielding (CY), an innovative structural concept, has recently been introduced to offset the ductility deficiency of concrete structures reinforced with fiber-reinforced polymer.

Then a complex structural configuration was analyzed in detail, using CAD 3D modeling, and a command-flow was developed to create the new structure automatically by ANSYS Parameter Design Language as an innovative structural-programming method.

The paper concerns the proposal of an innovative enhanced structural frame system, based on the adaptation of hinged beam-column joints into rigid through the activation of special mechanical connection devices performed after the installation of the slab.

Recently, the naval industry has continued to develop innovative lightweight structural concepts with the purpose of seeking alternative replacements for conventional plate beam metallic structures in selected areas of ships.

In this context, functional coatings developed on aluminum alloy stand out for the excellent capability of keeping unchanged their performances over the time and after simulation of rather severe working environments, matching by this way some of the basic requirements connected with their employment as innovative industrial structural materials and components.

It is found that new and innovative methods of structural analysis may cause simplifications in the system reliability analysis.