At last,the applicability of the model to an actual product dynamic management is confirmed with the example of a boiler thermodynamic calculation design process.
Design of structure member includes two parts:calculation design and constitution design,constitution design plays very important role in design of structure member to some degree.
One important problem in material science and engineering is the computational design of material, that’s to predict properties through theoretical calculations, or optimize compositions and process parameters of material with prescribed properties. However, for most industrial materials, it’s difficult to design compositions and processes from physical principle.
A computational design of the semiconductor materials with specific functional has been became an important research field in computational materials science.
The recent researches indicated that the combined directed evolution, coupling the directed evolution with rational design and computational design approaches respectively, is becoming increasingly important in protein engineering and is becoming the new direction for directed evolution.
Therefore, under the open source software system, the intelligent system of calculating design and performance prediction towards multi-layered RAMs was created successfully.
We analyze the mechanism of the evolution of such networks by using a computational design strategy that allows for the generation of synthetic networks with a targeted 24 hours oscillation.
This paper proposes a novel, integrated, computational design methodology of graded microstructures of heterogeneous materials for the emergence of macroscopic function.
Several specific approaches are included to illustrate various ways in which AI and optimization can be combined for tackling computational design models.
In this paper, a previously described method for calculating design sensitivities of a fatigue performance index is used in a simple optimization of suspension damping and stiffness on a simple truck model.
Two ways of calculating design sensitivity of a structure under transient loads are discussed-direct differentiation method and adjoint variable method.
More pronounced differences were, however, observed when comparing the amplitudes of criterion variation which can lead to errors when calculating design efficiencies.
This paper presents the structure analysis, numerical design simulation, fabrication, and measurements of printed dipoleantennas for wireless communications.
The numerical design calculation of the organic biomass heat recuperation line in biogas units with an output of 90 m3 of organic biomass per day is presented.
We present a systematic numerical design and performance study of an ultra-broadband noncollinear optical parametric chirped pulse amplification (NOPCPA) system.
A persisting problem in computational fluid dynamics (CFD) modeling is that current numerical design tools have a number of deficiencies in accurately predicting the complex combustor flow.