Sentence examples for member sizing from inspiring English sources

The novelty of the present contribution is in that it incorporates the magnitude and location of maximum plastic deformations as part of the member sizing criteria.

Simple structural surface (SSS) analogies and basic engineering fundamentals can be combined to visualize load paths, to do preliminary member sizing, and to generate concept alternatives for consideration.

This paper presents the optimal lateral stiffness design of composite steel and concrete tall frameworks subject to overall and interstorey drift constraints as well as member sizing limits using an efficient numerical approach developed based on the Optimality Criteria (OC) method.

Specifically, an Optimality Criteria (OC) method is developed to minimize the construction costs subject to seismic drift performance constraints and member sizing constraints.

Through custom-built interactive graphical user interfaces, the user is directed throughout the design process, which includes preliminary design, load specification, model generation, finite element analysis, code compliance checking and member sizing optimization.

The approach also enables to prescribe the minimum/maximum required member sizes to be precise values.

The model parameters are based upon the member sizes, properties and connection designs.

Member sizes determined by the proposed method are compared with those given by the conventional LRFD method.

Approximate methods provide the basis for selecting preliminary member sizes for rigorous analysis to determine whether design criteria are met.

Such schemes embrace envelopes of several initial designs within which member sizes could be rearranged for any purpose while observing the prescribed performance conditions.

Although coexistence would be the result of initial member sizes on the separate OC, this possibility is too sensitive to disturbances to be sociological meaningful.