Analysis of Current Situation of Digital Sculpture Development

Wei Deng; Yan Chen; Shen Jian Hu

doi:10.4028/www.scientific.net/AMR.690-693.3482

Paper Titles

Weave and Process Design of Monolayer Two-Sided Velvet Fabric
p.3466

Research on Material Selection and Sizes Optimization of Casing Material for Fracturing Wells under Existence of Brine Corrosion
p.3470

The Application of Parstat 2273 Electrochemical Workstation in Corrosion Experiment
p.3474

Research on Improving the Pass Yield of the Manufacturing of 0645 Type of Sharpener
p.3478

Analysis of Current Situation of Digital Sculpture Development
p.3482

Analysis of Snow-Ice Characteristics and Clearing Performance on Urban Road
p.3486

Experimental Study on Coal Entry with Water Trickling and Burst Cracked Roof Supported by Anchor Net
p.3493

Gaseous Fluorides Formation Mechanism in the Roasting Process of the Fluorite-Bearing Iron Concentrate
p.3498

Metallogenic Geological Characteristics and Metallogenic Model of Xiachen-Wangchangmu Fluorite Mine in Tiantai Basin, Zhejiang Province, China
p.3506

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 690-693Analysis of Current Situation of Digital Sculpture...

Analysis of Current Situation of Digital Sculpture Development

Abstract:

Digital sculpture is an emerging sculpture form. The current digital sculptures are dominated by abstract modeling and digital sculpture should also be conducted by simulating the method of traditional realistic sculpture. 3d printing technology still lacks application experience in making large-size digital sculptures, while digital controlled sculpting technology has some limitations for sculpture modeling. In instantiation of works, how to maintain digital characteristics of digital sculpture is an issue that requires in-depth discussion in the field of digital sculpture. 3d scanning technology has realized transition from traditional sculpture to digital sculpture and changed the method in which digital sculpture depends on software.