Search Results - loading computing

High-Speed Adaptive Waveform Generation System for Multi-Material Surface Printing by Qiuming Luo, Yanming Lei, Kunzhong Wu, Xuan Wei

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Thermoelastic behavior of temperature-dependent materials using conformable fractional derivative and multi-temperature theory by A.R. El-Dhaba, H.M. Atef

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Influence of microstructure on rate-dependent response of unidirectional fibrous composites by Soňa Valentová, Michal Šejnoha, Jan Vorel, Zdeněk Prošek

“…Because initial designs often need a large parametric study to test various material and geometrical patterns, this study was then supported by computationally much more effective Mori-Tanaka averaging scheme, clearly showing its potential even if loading the composite beyond its elastic limit.…”
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Powłoki Wzmocnione Belkami by A. Borcz

“…A method is suggested for computing shells stiffened with beams. This described in stresses not, in the usual manner, in displacements. …”
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Podstawowa Postać Drgań Walcowych Pokryć Kratowych by G. Rak

“…On the basis of the results of computation by means of the method of forces of less complicated roofs with smaller number of masses, a method is proposed for determining the fundamental frequency of roofs loaded with a considerable number of masses. …”
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COFLEX: a novel set point optimiser and feedforward–feedback control scheme for large, flexible wind turbines by G. Lazzerini, J. Deleuran Grunnet, T. Gybel Hovgaard, F. Caponetti, V. Datta Madireddi, D. De Tavernier, S. P. Mulders

“…This work aims to redefine the state-of-the-art wind turbine control with the COntrol scheme for FLEXible wind turbines (COFLEX): a novel feedforward–feedback control scheme that leverages optimal operational set points computed by COFLEXOpt, which is a set point optimiser considering the effects of blade deformations on aerodynamic performance and turbine loading. …”
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Analityczna Metoda Obliczania Nośności Granicznej Prętów Skręcanych by A. Gałos, M. Życzkowski

“…Owing to the analogies of Nadai and Sadowsky, the problem of calculation of the limit load of an isotropic homogeneous bar subject to torsion is reduced to that of computing the volume of a solid of uniform slope (a «sand hill»). …”
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Optimization of Composite Sandwich Structures: A Review by Muhammad Ali Sadiq, György Kovács

“…It highlights the role of core material and geometry, face sheet material selection, and manufacturing limitations in achieving optimal performance under static, dynamic, thermal, and impact loads under various boundary conditions. Furthermore, challenges such as computational efficiency, experimental validation, and trade-offs between structural weight and performance are examined. …”
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Application of mathematical modeling for describing the behavior of layered panels with a tetrahedral core by Antonova Olga, Ivanov Maksim, Mikhailov Aleksandr, Kuzmin Valerii

“…In the paper, mathematical modeling methods for describing the behavior of sandwich panels with a tetrahedral core under various loads have been used, and a series of numerical calculations carrying out by the ANSYS software. …”
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Event-Triggered Anti-Synchronization of Fuzzy Delay-Coupled Fractional Memristor-Based Discrete-Time Neural Networks by Chao Wang, Chunlin Gong, Hongtao Yue, Yin Wang

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Aero-Structural Design Optimization of a Transonic Fan Rotor Using an Adaptive POD-Based Hybrid Surrogate Model by Jiaqi Luo, Zhen Fu, Jiaxing Li

“…Calculations of aerodynamic and structural performance are achieved through computational fluid dynamics and computational structural mechanics. …”
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High-speed X-ray radiography for experiments in impact dynamics using high-power X-ray tube, cesium iodine scintillator and laboratory optical camera by Jan Šleichrt, Jan Falta, Tomáš Fíla

“… X-ray radiography and computed tomography have become well-established methods for investigation of internal structure of objects and for defectoscopy. …”
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Tuning Mechanism and Parameter Optimization of a Dynamic Vibration Absorber with Inerter and Negative Stiffness Under Delayed FOPID by Junlin Li, Yunxia Sun, Xueling Liu, Yufeng Zhang

“…However, the strong nonlinear characteristics of the system and the computational burden resulting from its high dimensionality make solving and optimizing more challenging. …”
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Modeling Fatigue Data of Complex Metallic Alloys Using a Generalized Student’s <i>t</i>-Birnbaum–Saunders Family of Lifetime Models: A Comparative Study with Applications by Farouq Mohammad A. Alam, Fouad Khalawi, Abdulkader Monier Daghistani

“…The mechanical reliability of metallic alloys under cyclic loading is crucial for optimizing their microstructure–property relationships. …”
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A Comparative Review on Superdirectivite Antenna Systems in Modern Literature by Monica Wasfy William, Yahia M. M. Antar, Alois P. Freundorfer

“…The progression from classically fed arrays with optimized excitation currents to strategic reactive loading of parasitic arrays is discussed, along with emerging approaches that favor supergain over classical superdirectivity through load-less or geometrically optimized designs. …”
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Calculation of the security level coefficient of the automated system of the internal affairs bodies based on the information security of the information security system with updat... by A. O. Yefimov, I. G. Drovnikova, E. A. Rogozin, V. R. Romanova, E. V. Fil

“…Methods for analyzing the process of the impact of computer threats at the stage of loading the operating system are applied.Result. …”
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Development of a Titanium Plate for Mandibular Angle Fractures with a Bone Defect in the Lower Border: Finite Element Analysis and Mechanical Test by Douglas Rangel Goulart, Daniel Takanori Kemmoku, Pedro Yoshito Noritomi, Márcio de Moraes

“…Each group contained five samples and was subjected to a linear loading test in a universal testing machine. Results: A balanced distribution of stress was associated with the new plate design. …”
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AI-assisted study of auxetic structures by Sergej Grednev, Henrik S. Steude, Stefan Bronder, Oliver Niggemann, Anne Jung

“… In this study, the viability of using machine learning models to predict stress-strain curves of auxetic structures based on geometry-describing parameters is explored. Given the computational cost and time associated with generating these curves through numerical simulations, a machine learning-based approach promises a more efficient alternative. …”
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Experimental and numerical investigation of impact resistance in mixed steel fiber-reinforced concrete: Synergistic effects of short and long fibers with simulation validation by Vikrant S Vairagade, Shrikrishna A Dhale, Pranita Bhandari, Sagar Shelare, Shubham Sharma, Manish Sharma, Ankur Kulshreshta, Dražan Kozak, Mohamed Abbas, Jasmina Lozanovic

“…This study has compared numerical simulations of plain concrete (PC) and mixed steel fiber-reinforced concrete (MSFRC) impact loading results with experimental findings regarding blows needed and impact energy at first crack and ultimate failure. …”
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Biofouling on Offshore Wind Energy Structures: Characterization, Impacts, Mitigation Strategies, and Future Trends by Poorya Poozesh, Felix Nieto, Pedro M. Fernández, Rosa Ríos, Vicente Díaz-Casás

“…Drawing from experimental studies, computational modeling, and real-world observations, this paper highlights the critical need to integrate biofouling effects into design practices. …”
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