Results 41 to 50 of about 814,220 (170)
Although many functional characteristics, such as fatigue life and damage resistance depend on residual stresses, there are currently no industrially viable ‘Digital Process Twin’ models (DPTs) capable of efficiently and quickly predicting machining ...
Julius Schoop
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A predictive model based on artificial neural networks (ANNs) for modeling primary settling tanks' (PSTs) behavior in wastewater treatment plants was developed in this study.
Carlos Veloz +5 more
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Inductive process modeling [PDF]
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Will Bridewell +3 more
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The comparison of different PDP-type self-adaptive schemes for the cooperation of GA, DE, and PSO algorithms [PDF]
Many global optimization problems are presented as a black-box model, in which there is no information on the objective function properties. Traditional optimization algorithms usually can't effectively solve that kind of problems.
Sopov Anton, Karaseva Tatiana
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Process Modeling with SeeMe: A Modeling Method for Service Processes
In today's economy, the management of processes is an important aspect for companies. While this holds true in general, it is even more important when dealing with non-tangible goods such as services (Flies, 2009, 193ff.). A deep understanding and documentation of the often implicit requirements of service processes enables service providers to reduce ...
Prilla, Michael +3 more
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ViennaPS: A flexible framework for semiconductor process simulation
ViennaPS is an open-source software framework for simulating fabrication processes in semiconductor manufacturing, with a focus on topography evolution during etching and deposition.
T. Reiter, L. Filipovic
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Ultrasonic assisted consolidation of commingled thermoplastic/glass fibers rovings
Thermoplastic matrix composites are finding new applications in different industrial area thanks to their intrinsic advantages related to environmental compatibility and processability. The approach presented in this work consists in the development of a
Francesca eLionetto +3 more
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Selkov’s Dynamic System of Fractional Variable Order with Non-Constant Coefficients
This article uses an approach based on the triad model–algorithm–program. The model is a nonlinear dynamic Selkov system with non-constant coefficients and fractional derivatives of the Gerasimov–Caputo type.
Roman Parovik
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This article proposes single-layer neural network algorithms for solving second-order ordinary differential equations, based on the principles of functional connection.
Roman Parovik
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