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Intelligent layout optimization of reconfigurable flexible fixture for assembling multiple aircraft panels
The traditional assembly of aircraft panels mainly adopts special welding fixtures, which cannot meet the needs of timely production and delivery of...
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Development of Fixture Layout Optimization for Thin-Walled Parts: A Review
An increasing number of researchers have researched fixture layout optimization for thin-walled part assembly during the past decades. However, few...
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Dynamic characteristic reconfiguration of a fixture-workpiece system for vibration suppression in milling of thin-walled workpieces based on MR dam** fixture
Milling of the low rigidity and large deformation thin-walled workpiece is a critical challenging task due to the obvious machining vibration, which...
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Computer aided approach for case specific design of fixture for slot milling process
The design of fixtures for slot or slab machining operations and their clam** schemes is an intricate and highly static problem that entails...
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Machining fixture and deformation control of aero-engine thin-walled casing
The aero-engine casing, with its thin-walled complex structure, is a critical component that significantly influences machining quality due to its...
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Optimization Design of Welding Fixture Based on Ergonomics
To improve the utilization and efficiency of capacitor welding fixture, a new design method is being developed by combining face recognition and...
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An improved dynamics modeling during milling of the thin-walled parts based on magnetorheological dam** fixture
Aerospace thin-walled parts vibrates during the process of milling due to their characteristics of low rigidity, which influences the machining...
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Identification of Parameters Affecting the Dynamic Behavior of the Fixture-Workpiece System
Computer aided fixture design (CAFD) allows engineers to prototype quickly; however, it does not yet provide a reliable prediction of the system’s...
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Multi-algorithm fusion–based intelligent decision-making method for robotic belt grinding process parameters
Robotic belt grinding is a productive method frequently used to finish intricate parts. To address the challenges of ensuring grinding efficiency and...
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Data-driven intelligent control system in remanufacturing assembly for production and resource efficiency
Remanufacturing is one of the most effective ways to deal with the current global waste crisis; moreover, it can improve the production and resource...
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Development and Application of Intelligent Bumper Matching and Sorting System
This paper mainly introduces the intelligent bumper matching and sorting system which has been developed by Dongfeng Nissan in Wuhan factory. Based...
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Tool wear intelligent monitoring techniques in cutting: a review
Tool wear is inevitable in cutting process. If tool wear failure is not detected in time, it will lead to abnormal cutting process and affect the...
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Humanoid Intelligent Display Platform for Audiovisual Interaction and Sound Identification
This study proposes a rational strategy for the design, fabrication and system integration of the humanoid intelligent display platform (HIDP) to...
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A review of digital twin intelligent assembly technology and application for complex mechanical products
Digital twin (DT) technology has become an effective means of industrial digital transformation due to its ability to realize virtual-real map**,...
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Multidimensional information model-driven digital twin for the intelligent evaluation of production capacity
The digital twin (DT) for application development in specific fields or specific factors has emerged as a foundational framework for intelligent...
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STEP AP 242 Managed Model-based 3D Engineering: An Application Towards the Automation of Fixture Planning
Fixture design and planning is one of the most important manufacturing activities, playing a pivotal role in deciding the lead time for product...
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State of the art of automatic disassembly of WEEE and perspective towards intelligent recycling in the era of Industry 4.0
Disassembly of e-waste has received significant attention over the past decades to extract value-added parts or components for recovery or reuse. It...
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A high-shear and low-pressure intelligent precision grinding system for complex-curved parts
Complex-curved parts made of superalloy, advanced ceramics, and other difficult-to-machine materials are frequently used in the aerospace field. The...
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Development and validation of a machining fixture for complex-shaped components based on Plückerian matrix approach and SDT concept
In the manufacturing industry, there are several types of parts of complex shapes owning various functions. The turbine blades (buckets and vanes)...
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Intelligent and Collaborative Robots
It has been a belief for a long time since the birth of the industrial robot that the only thing it can do is playback simple motions that are taught...