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Lightweight design for the aluminum alloy-carbon fiber hybrid structure of the EMU car body
This paper presents an innovative electric multiple unit (EMU) car body lightweight design approach that integrates structural and material...
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Classic Lightweight Design
Along the process chain, Fig 1.3, new materials, better material properties, improved and more accurate design methods, new design concepts, new...
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Design and implementation of a lightweight hybrid optical system for aircraft head-up display
The optimization of weight and volume of each component of aircraft, including mechanical, electronics and optical systems is crucial aspect. The...
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Novel Collaborative Design Method for Lightweight Optimization Design of Vehicle Load-Bearing Parts
The design of new energy vehicle load-bearing structural components using traditional experience may lead to low material utilization efficiency....
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Integrated lightweight optimization design of wall thickness, material, and performance of automobile body side structure
To achieve lightweight of automobile body side structure, a body optimization framework is established. The optimization framework includes numerical...
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Bionic lightweight design of limb leg units for hydraulic quadruped robots by additive manufacturing and topology optimization
Gallo** cheetahs, climbing mountain goats, and load hauling horses all show desirable locomotion capability, which motivates the development of...
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Lightweight Concept Design of an Economical Multi-Material Vehicle Door with Fiber-Reinforced Thermoplastics
The vehicle door, as a major steel-intensive closure, can achieve potential weight savings through the use of lightweight materials and new design...
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Lightweight System Design with Integration of Active Functions
FC-compatible designs, structural bonding and the use of smart materials from adaptronics characterise the integration of active functions. In...
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Structure–connection–performance integration lightweight optimisation design of multi-material automotive body skeleton
To improve the lightweight of the automotive body, the structure–connection–performance integration optimisation design was conducted for the...
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Lightweight design of an electric bus body structure with analytical target cascading
Lightweight designs of new-energy vehicles can reduce energy consumption, thereby improving driving mileage. In this study, a lightweight design of a...
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Dual-Demand-Based Optimal Design of Lightweight Tuned Viscous Mass Damper (LwTVMD) for Seismic Response Mitigation
PurposeThis study proposes a generalized type of tuned viscous mass damper (TVMD) considering dual-terminals and apparent mass amplification effect...
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Exploring Concurrent Multi-materials and Multiscale Hybrid Topology Optimization for Lightweight Porous Grip** Mechanism
Our research focuses on optimizing soft robotic gripper designs by employing an innovative hybrid topology approach with the aim of creating...
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Life Cycle Design for Lightweight Skin
The typical membranes for building are polymer-based and have origin from fossil fuel but become very lightweight building components, compared with...
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Lightweight design of hinge beam based on Kriging agent model
This paper presents an optimization method based on the Kriging and multi-objective genetic algorithm. First, taking the hinged beam structure of the...
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Anti-impact and lightweight co-optimization design of welded carriage in a mining dump truck considering multi-sources uncertainties
The traditional design of welded carriage in a mining dump truck is to cover the dynamic strength through adding thickness of plates. However, the...
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Systematic Lightweight Design of Production Equipment with a Digital Toolchain
The importance of sustainable production is growing all the time. Lightweight design of production equipment is a possible measure to increase the...
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Temperature control-based design of variable dam** and lightweight gear bodies
The sustainability of today’s industry turned into a critical requirement on account of energy cost increases, environmental pollution, and carbon...
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Equivalent homogenization design method for stretching-bending hybrid lattice structures
An efficient and accurate equivalent design method for hybrid lattice structures is proposed. First, the equivalent mechanical properties of the...
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Low-Cost Hybrid Underwater Glider Utilizes Buoyancy and Thruster Actuation: Design and Control
This paper presents the design and control method of the hybrid underwater glider (HUG) for hands-on investigative engineering. The HUG is a...