We examine the lateral stability implications of allowing for strain-hardening in the design of continuous steel beams through a programme of experiments, numerical modelling and parametric studies.
Through a programme of experiments, numerical modelling and parametric studies, the implications of allowing for strain-hardening in the design of partially restrained steel beams are investigated.
Through a programme of experiments, numerical modelling and parametric studies, the implications of allowing for strain-hardening in the design of laterally restrained continuous steel beams are investigated with particular emphasis on the performance of the bracing elements.
Through a programme of experiments, numerical modelling and parametric studies, the implications of allowing for strain-hardening in the design of laterally restrained steel beams is investigated with particular emphasis on the performance of the bracing elements.
The implication of not allowing for prescribing trends would likely be an underestimate of a potential adverse event of a medicine.
To this end, this paper presents a novel experimental setup developed to evaluate pedestrian actions on laterally oscillating ground in the laboratory environment while avoiding the implications of artificiality and allowing for unconstrained gait.
The development of rapid and valid predictive tests of cell radiosensitivity has important implications for clinical practice; allowing for the rational choice and tailoring of treatments to each individual patient, based on that individual's tissue cell radiation sensitivity (Peters and McKay, 2001).
Although the model may be simple in its formulation and implementation, it is quite powerful, allowing for significant implications to be developed.
These differences can be used to inform research on the industrial implications of this genetic variation while allowing for the identification of strains with combinations of desirable genetic, and therefore phenotypic, characteristics.
Its implications could turn DMT research on its head, allowing for new scientific (and potentially medical) insights into the principle ingredient in ayahuasca.
