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黑龙江东南部地区陶文化器型研究 被引量:1
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作者 赵磊 《陶瓷》 CAS 2021年第11期62-64,共3页
黑龙江省东南部地区历史文化悠久,文物历史记载约自旧石器时代至今。其中,陶文化历史记载约自新石器时代,对黑龙江省东南部地区陶器器形研究从器型与图案、器型与使用,两方面入手。自古人们对器物的创造使器型承载着形式与功能的作用,... 黑龙江省东南部地区历史文化悠久,文物历史记载约自旧石器时代至今。其中,陶文化历史记载约自新石器时代,对黑龙江省东南部地区陶器器形研究从器型与图案、器型与使用,两方面入手。自古人们对器物的创造使器型承载着形式与功能的作用,陶器具有"文质兼备"特点。学者对黑龙江东南部地区陶文化器型的研究,有助于了解当时人类需求和审美品位,对于当代人研究传统陶瓷文化对现代陶瓷设计及陶瓷设计理论影响具有重要的实践依据。 展开更多
关键词 黑龙江东南部 陶器型 新石器 铁器 渤海国 图案 功能
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中国夏商时期到明清时期陶器器型的发展演变 被引量:1
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作者 王凯宏 沈业 裴志超 《艺术教育》 2016年第6期253-254,共2页
文章通过梳理夏商时期、西周至春秋时期、秦汉时期、唐代至明清时期的中国陶器器型演变,试图对中国陶器的器型、纹饰特征等审美因素进行具有学理意义的分析,从而对中国陶器发展的整体历史做出一个相对清晰、明确的概述,以期给未来相关... 文章通过梳理夏商时期、西周至春秋时期、秦汉时期、唐代至明清时期的中国陶器器型演变,试图对中国陶器的器型、纹饰特征等审美因素进行具有学理意义的分析,从而对中国陶器发展的整体历史做出一个相对清晰、明确的概述,以期给未来相关课题研究者提供有价值的理论资料。 展开更多
关键词 陶器 发展演变 审美特征
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An XML-based information model for archaeological pottery
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作者 刘德智 RAZDAN Anshuman +1 位作者 SIMON Arleyn BAE Myungsoo 《Journal of Zhejiang University-Science A(Applied Physics & Engineering)》 SCIE EI CAS CSCD 2005年第5期447-453,共7页
An information model is defined to support sharing scientific information on Web for archaeological pottery. Apart from non-shape information, such as age, material, etc., the model also consists of shape information ... An information model is defined to support sharing scientific information on Web for archaeological pottery. Apart from non-shape information, such as age, material, etc., the model also consists of shape information and shape feature information. Shape information is collected by Lasers Scanner and geometric modelling techniques. Feature information is generated from shape information via feature extracting techniques. The model is used in an integrated storage, archival, and sketch-based query and retrieval system for 3D objects, native American ceramic vessels. A novel aspect of the information model is that it is totally implemented with XML, and is designed for Web-based visual query and storage application. 展开更多
关键词 Geometric modelling Feature extraction XML Content-based 3D search
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Robotic milling for rapid ceramic pototyping 被引量:2
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作者 韩光超 张海鸥 王桂兰 《Journal of Harbin Institute of Technology(New Series)》 EI CAS 2005年第6期674-679,共6页
Robotic milling is a developing method for rapidly producing prototypes and parts, but the application is limited for materials such as wax, wood, plastic and light metal, etc. The reason for this is because of the ro... Robotic milling is a developing method for rapidly producing prototypes and parts, but the application is limited for materials such as wax, wood, plastic and light metal, etc. The reason for this is because of the robotic weak rigidity. In this paper, a method of robotic milling for ceramic prototyping is developed, one that has been successfully applied in a new rapid hard tooling technology-Direct Prototype Spray Tooling. At first, the appropriate ceramic materials mixed with metal powder are confirmed for the robotic milling and the following plasma spraying process. Then the 6 - DOF robotic milling paths are extracted from the NC code and transformed into the robotic JBI type file, the NC code generated through the general CAD/CAM software such as UG -NX. Finally, the robotic milling characteristics such as moving path accuracy and milling force are tested to find the best milling parameters and to ensure the executable, accurate and efficient ceramic prototype milling technology. The development of this method not only broadens the robotic milling material range but also extends the rapid prototyping fields. It can also be used for producing ceramic parts that are difficult to machine. 展开更多
关键词 robot MILLING ceramic prototyping milling characters
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