computeraided environment design technology, also known as computeraided environment (CAE) technology, is a technology that utilizes computers for engineering design, analysis, and optimization. Simulation data refe...
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We developed a framework for a computer-aided evaluation knowledge system (CAEKS) for the new product innovation and planning of the stroller industry. CAEKS was adopted to enhance product development efficiency. We e...
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this paper examines currently available programs with regard to their suitability for use in design Review. Required functions were derived and classified based on scientific studies. this classification served as a b...
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this research aims to explore the design and realization of 3D shooting fishing game for mobile based on augmented reality (AR) technology. this paper firstly introduces the basic principles of AR technology and propo...
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the computer has a strong capability thereby it reduces the labor essential for translation and enhance the effectiveness of transition model. Furthermore, the translators have significant to an intelligent translatio...
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How to generate and recognize 3D models efficiently and accurately is a key problem in image recognition. To solve this problem, Cubes Cycle Particle Swarm (CCPS), a new method combining CycleGAN, Marching Cubes (MC) ...
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As a new concept, the metaverse received widespread attention from the industry, academia, media and the public, and many new industries have also laid out in the field of metaverse. the energy industry is no exceptio...
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computer-aideddesign and rendering provide designers with a realistic visual experience, allowing them to create models from scratch and render images that closely resemble the actual product. However, different desi...
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ISBN:
(纸本)9798350342482
computer-aideddesign and rendering provide designers with a realistic visual experience, allowing them to create models from scratch and render images that closely resemble the actual product. However, different design requirements and the evolving techniques of 3D modeling and rendering pose challenges for various product designs. For instance, children's products often feature numerous curved elements, presenting challenges for designers during 3D modeling. Additionally, plastic materials require special attention to lighting and environmental factors to ensure the product's visual representation is sufficiently *** study focuses on investigating the impact of 3D modeling and rendering techniques on product design, with a particular emphasis on creating a children's rocking horse set. In the field of children's product design, due to the characteristics of these products, more curved designs are employed, making the application of 3D modeling and rendering techniques crucial. Modeling allows designers to achieve more precise simulations of children's needs and facilitates the creation of products that closely resemble real-world usage and are easy to modify. Rendering, on the other hand, presents these models with a realistic visual effect, endowing 3D models with a lifelike presence, displaying the product's materials, colors, and usage environment. Furthermore, to ensure the product's effectiveness, careful consideration must be given to the product's texture, shape, materials used, rounded edges, and color *** the precision of 3D modeling and rendering techniques, designers can directly create simulations with realistic proportions and visual effects on the computer. this not only reduces the time and cost required for manual model-making but also significantly improves design output *** summary, this study, using the example of a children's rocking horse set, particularly emphasizes the innovative potential of 3D model
In today's information-based education era, the computer-aided instruction system under the background of "Internet +" is ushering in unprecedented development opportunities. Based on VARK model, this pa...
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Nowadays, modern vehicles comprise a vast number of components made from various materials and manufactured using different techniques, making the management of assemblability, functionality, and cost highly complex. ...
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ISBN:
(纸本)9783031765964;9783031765971
Nowadays, modern vehicles comprise a vast number of components made from various materials and manufactured using different techniques, making the management of assemblability, functionality, and cost highly complex. this complexity necessitates controlling geometrical and dimensional deviations to meet product and process demands. Dimensional Management (DM), supported by standards such as ASME-GD&T and ISO-GPS, is increasingly employed for geometrical specification and tolerance analysis. through computer-aided Tolerancing (CAT) tools, tolerances can be considered early in the design process using design for Tolerancing (DfT) approaches. this study aims to develop and define a methodology for geometric specification allocation and tolerance stack-up analysis of automotive components. the methodology integrates predictive models, DM, and DfT approaches via computer-aided tolerance specification and analysis, enabling comprehensive modeling and simulation of tolerance effects on performance, quality, and assemblability. By applying this methodology to a vehicle engine assembly, its feasibility and effectiveness are demonstrated, showing how the integration of CAT tools and theoretical approaches can significantly enhance design accuracy and efficiency.
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