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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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Progress in automobile body processing technology: multi-material and lightweight strategies for saving energy and reducing emissions
The automobile industry is an important pillar of the national economy. In response to the increasingly serious problems of energy depletion and...
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Ply Optimization of Backrest Skeleton of Carbon Fiber Reinforced Plastic Car Seat Based on Grey Euclidean Relational Analysis Method
In this paper, an improved grey Euclidean relational analysis method based on Euclidean distance was proposed, which was based on the traditional...
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Research on automatic analysis and layout system of the stam** process for automotive panels and its key technologies
With the shorter update cycle of automobiles and the development trend of fashion and streamlined appearance, the design of forming processes is...
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Consideration Analysis of Stress Distribution Using Automotive Chassis for Heavy Vehicle Transports
The automotive chassis work to support the body and various parts of the vehicle. Additionally, it needs to withstand the stun, contort, vibration,...
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Research and Application of Innovative Automotive Wax Injection Process
In order to meet the increasing demand of customers for car quality and interior environment, Changan Automobile has carried out innovative research...
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Research on tire pattern parameters based on multi-objective optimization
The tire pattern structure has a serious influence on automobile performance. In order to improve the tire performance, the strain energy density of...
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Optimizing Lightweight and Rollover Safety of Bus Superstructure with Multi-Objective Evolutionary Algorithm
This paper aims to study an optimization method for the lightweight design of bus superstructure. According to the requirements of ECE R66, the bus...
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Contribution to the Optimization of Metal-Composite Lightweight Structures in Context of Digital Linked Development Processes
Hybrid metal-composite structures offer high potential in lightweight engineering. These hybrid structures bring advantages in strength, stiffness...
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Additively Manufactured Lattice Structures and Materials: Present Progress and Future Scope
Lattice patterns are designed to create lighter and stronger structures for various industrial applications. With progress in additive technology,...
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Develo** Rib Bone Surrogates for High Dynamic Impact Assessment with Additive Manufacturing and Post-mortem Human Subjects (PMHS)-Based Evaluation
The conception of ballistic personal protective equipment requires a comprehensive understanding of the human body’s response to dynamic loads. The...
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Virtual Golden Zone for Enhancing the Ergonomics of Complex Production Lines
For the sake of being competitive in an ever-changing market, industrial companies need a redefinition of traditional design and integration of...
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Empty Container Handlers
On the basis of introducing the structural features, development status at home and abroad, and application scope of empty container handlers, this...
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Digital twin on concepts, enabling technologies, and applications
The timely growth of data collection and virtual technology has led to advancements in digital twin (DT) technology, which has since become one of...
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Mechanical Behavior of Poly Lactic Acid (PLA)-Based Composites Reinforced with Alloy Wires
In the pursuit of biodegradable implant materials for bone fracture fixation, this study focuses on the synthesis and evaluation of a composite made...
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Human–Robot Collaborative Lifting Motion Prediction and Experimental Validation
This paper presents a human–robot collaborative symmetric lifting motion prediction using inverse dynamics optimization. The human and robot arm are...
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Digital light processing 3D printing of ceramic materials: a review on basic concept, challenges, and applications
The accelerated growth of 3D printing technologies has revolutionized the potential of ceramic materials, offering unprecedented control over...
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Additive manufacturing in biomedical field: a critical review on fabrication method, materials used, applications, challenges, and future prospects
Application of additive manufacturing methods is escalating in numerous sectors including the medical field owing to its enhanced productivity,...
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Dynamic Safety Zones in Human Robot Collaboration
The recent automation technology advances have introduced the shared human robot (HR) workspaces concept for the future production lines. This...