51 results about "Global modeling" patented technology

A system analysis device 100 includes a whole model generation unit 1021 which generates a whole model which is obtained by modeling elements or whole of a system and which includes a plurality of partial models, a core model generation unit 1023 which extracts, from a plurality of whole models generated on the basis of the same event, the partial models whose prediction precision satisfies a predetermined criteria, and generates a core model by integrating the extracted partial models, and a threshold setting unit 1024 which calculates a distance between the core model and the plurality of whole models using a predetermined definition, and outputs the distance as a threshold value for error determination using the core model.

The invention relates to a method for quickly analyzing bonding strength of a side window of a high-speed train. A global modeling and local modeling combination method is adopted for a train body, a bonder, glass and a window frame during finite element modeling; the train body is modeled by adopting a large-sized unit; and the bonder, the glass and the window frame are modeled by adopting small-sized units. The method comprises the steps of firstly performing strength analysis on the train body to obtain a deformation displacement of the train body; secondly performing transfer from the deformation displacement of the train body to a displacement of the bonder by adopting a triangle area interpolation method; and finally loading a displacement obtained by interpolation to finite element models of the bonder, the glass and the window frame, considering actual working conditions of the side window, and performing submitting and calculation so as to quickly analyze the bonding strength of the bonder and lay a foundation for strength check and lightweight design of a bonding structure in the later period. The invention proposes a method for quickly calculating the bonding strength of the side window of the high-speed train. According to the method, repeated modeling and workload can be reduced; and in addition, the number of the finite element models can be reduced and the calculation efficiency can be improved.