Focus on the accuracy issues of the standard recommended rail-to-earth resistance measurement method, particularly when measuring section is short, this paper proposes a novel method utilizing a frequency-variable AC ...
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The 14th Five-Year Plan of China outlines a strategic vision to drive transformations in production, lifestyle, and governance through digital transformation. Against this backdrop, the central focus of this research ...
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Blasting operations carried out at mining enterprises and in construction have a negative seismic impact on the production environment of enterprises and other protected objects. As the pit depth increases, the slope ...
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The subject of research. Analysis of the influence of priority service in multi-channel data transmission systems characterized by limited storage capacity and high load, taking into account the non-stationary charact...
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This scientific paper introduces a Design automation (DA) framework that streamlines the Design for Additive Manufacturing (DfAM) process. The framework is designed to simplify the creation and evaluation of different...
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ISBN:
(纸本)9780791887295
This scientific paper introduces a Design automation (DA) framework that streamlines the Design for Additive Manufacturing (DfAM) process. The framework is designed to simplify the creation and evaluation of different design options by automating geometry creation using high-level CAD templates and setting up and connecting computer-Aided engineering ( CAE) models to perform functional and manufacturing evaluations. By considering manufacturing constraints early in the design process, the framework aims to investigate various design alternatives and facilitate design changes late in the development process without additional manual work. This framework provides a comprehensive view of the entire DfAM process, integrating everything from functional requirements to manufacturing evaluation and preparation into the same design automation framework. To demonstrate the usefulness of the framework, the authors used it to design a hydraulic pump. Compared to the original design, the design created with the proposed framework reduces pressure drop by more than 50% and reduces the pump's weight by 35%. Furthermore, on an assembly level, the framework consolidates four components into two and eliminates two sealings. In summary, the Design automation framework introduced in this paper simplifies the DfAM process by enabling automation of geometry creation and the setup and connection of CAE models. The framework facilitates the exploration of different design alternatives early in the process, considering manufacturing constraints, and enables design changes later in the development process without manual work. The benefits of the framework are illustrated through the design of a hydraulic pump, where it achieved significant improvements in performance, weight, and assembly complexity.
To address the challenges of large parameter sizes, high training costs, and difficulties in deploying convolutional neural networks (CNNs) for cassava leaf disease recognition on edge devices, this paper proposes a w...
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Describing images with natural and fluent sentences is recognized as a challenging problem in computer vision and natural language processing. The limited number of studies in this area, especially in the Turkish lang...
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This paper studies the formation control problem of heterogeneous multi-agent systems. We consider a heterogeneous multi-agent system with the first-order linear leaders and second-order nonlinear followers. A distrib...
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Owing to the challenge of target occlusion leading to tracking failure during the target tracking process, achieving efficient and robust tracking of targets under occlusion scenarios has become a focal point of resea...
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To improve the precision of CT lung nodule detection, this paper presents a parallel fusion model based on CNN and Transformer network, which integrates features of the two networks to fully utilize the high-resolutio...
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