This paper is devoted to the architectural aspects of integration of workflow management into service-oriented CAE/CAD software capable to run computations on grid resources. The analysis of possible solutions is based on the workflow execution time estimation. The multilevel workflow concept is also described.
Simulated thermal rheological pattern cutting, the influence of dynamic deformation temperature indicators on the quality of surface finish, and the influence of thermodynamic parameters on the mode of deformation of the workpiece and the tool, and thus the formation of residual stresses and strains.
Researches results of 5 samples of crude oil have been analyzed and generalized. The relationship between component, structural-group composition and physico-chemical properties have been determined to classify crude oil reliably and rapidly. Compounding and sequence of crude oil mixture forming have been developed to provide the maximum yield of target fractions. These principles are based on combination of simulation method, cluster and statistic analyses. The expediency of the proposed forming method has been confirmed experimentally.
The processes originating in local areas of cross-linked polyethylene (XLPE) insulation of extra-high voltage cables during water tree germination between closely disposed water micro-inclusions in insulation have been studied. According to current experimental data, water trees in XLPE have not solid cylindrical shape, as it was thought previously, but they consist of closely spaced nanoscale inclusions of spheroid form and nanoscale thin water channels between them (so-called "string of pearls" configuration).
The investigation has covered buffer resource and queue management as main and the most important network traffic parameter and access control and overload mechanism. Network devices interaction model can performed by three levels:
- physical layer;
- protocols layer;
- queues consolidating two previous levels.
Consider the impact of technological regimes polishing surface finish and establish the optimal conditions for grinding and abrasive wheels revision in view of their period of stability.
This paper deals with questions of construction of mathematical and simulation models of optimal placement of objects, formalization of tasks and building placement algorithm solving problems of optimum allocation of objects by simulation.
Article describes application of multidimensional diffusion-based simulation to forecasting of the state of technogenic situation. Ability to increase stability of the proposed solution for technogenic situations that can be described with four or less parameters is shown.
The paper proposes a method for modeling risk management in multi-project environment. Simulation was conducted and the example was provided in the article.
This paper is devoted to the features of design route creation in the GridALLTED mathematical simulation complex. Task flow and route creation subsystem’s main functions are given, the task route description format used for workflow building-up and executing by means of grid- and web-services is considered. The future investigation direction is denoted.