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Development of Automotive Body Parts in Multi-Material Design—Processes and Tools
Besides the various opportunities of multi-material design, such as weight reduction or function integration, additional challenges occur within the...
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Adaptive scheduling for multi-objective resource allocation through multi-criteria decision-making and deep Q-network in wireless body area networks
To provide compelling trade-offs among conflicting optimization criteria, various scheduling techniques employing multi-objective optimization (MOO)...
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Dynamics and Analysis for Gravitational Effects on Space Multi-rigid-Body System
This paper studies the gravitational impacts on the positioning and pointing accuracy of the space multi-rigid-body system via theoretical analysis...
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Multi-body Cooperative Control Strategy of Refueling Boom
The mutual restriction and interference of multi-body motion in the development and verification of refueling boom bring great challenges to its...
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Multi-objective Optimization of the Front-End Structure of an Automobile Body Based on Active-Semi-Supervised Learning
The application of machine learning techniques in the field of optimal design of the front-end structure of an automobile body is facing a major...
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On an objective, geometrically exact coupling element for a director-based multi-body finite element framework
In multi-body systems, flexible components and couplings between them can be subject to large displacements and rotations. This contribution presents...
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Modeling and stability analysis of a tethered asteroid probe system based on multi flexible body dynamics
The tethered asteroid probe system refers to a method of connecting a probe to an asteroid using a tether. This system allows the probe to hover near...
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Topology optimization design of three-dimensional multi-material and multi-body structure based on irregular cellular hybrid cellular automata method
In recent years, Hybrid Cellular Automata Method (HCAM) has been successfully applied to solve structural topology optimization problems. However,...
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Multi-body Dynamics Simulations of Spacecraft Docking by Monte Carlo Technique
Spacecraft docking is one of the key technology demonstrations in space sector. It paves way for several advanced space missions including on-orbit...
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Aerodynamics Characteristics and Flight Dynamics Analysis of Multi-body Aircraft
As a new aircraft concept composed of independent aircrafts, multi-body aircraft (MBA) is connected together by hinge in wing tip to wing tip...
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Research on Dynamics of Planar Multi-body Systems with Clearance Joint Based on an Improved Nonlinear Contact Force Model
Found on the elastic contact force model, an improved nonlinear model for cylindrical rotating joints is proposed, considering the impact of...
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Multi-body musculoskeletal dynamic model of the human trunk based on an experimental approach
To overcome certain back pain problems or enhance body performance in sports applications, a biomechanical study of the dynamic response of the human...
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Research on Combined Multi Body Aerial Unmanned Combat Platform
This paper analyzes the advantages of multi-body aircraft as an aerial unmanned combat platform, including three points: modular combination ability,...
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Tailoring planar slip to achieve pure metal-like ductility in body-centred-cubic multi-principal element alloys
Uniform tensile ductility (UTD) is crucial for the forming/machining capabilities of structural materials. Normally, planar-slip induced narrow...
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Body reinforcement design of suspension mounting point under dynamic loads using multi-objective topology optimization
This paper presents a multi-objective topology optimization process for the body structure of the suspension mounting point to determine the optimum...
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Tire Model to Feature Multi Body Simulation Based NVH Assessment of a Car Including Air Cavity Effects
Due to the absent masking noise from the combustion engine, the transition from combustion engine cars to electrical cars yields more focus on the...
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Prediction of operating reliability of multi-body mechanism in micro-switches considering parameter distribution and wear of parts
Traditional method evaluates operating reliability by counting life-test results of a small number of samples, which ignores variability between...
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Numerical Simulation and Improvement of TSL Smelting Process: the Effect of Lance Bending
The lance is the heart of Top-Submerged-Lance (TSL) furnace and is also the most vulnerable part. A numerical simulation model was developed to study...
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Multi-Parameter Influence Analysis of Interaction Between Internal Solitary Wave and Fixed Submerged Body
To obtain the interaction characteristics between Internal solitary waves (ISWs) and submerged bodies, a three-dimensional numerical model for...
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Electromechanical Co-simulation for UAV’s Mission Payload
The aim of this study is to assist the debugging of servo motion control system and the designing of product structure while develo**...