The Applications of Calligraphy Technique for Poster Design Creations - Environmental Issue As A Subject / 書法海報設計應用發展創作研究─以環保議題為例

碩士 / 輔仁大學 / 應用美術學系碩士班 / 101 / The oriental consciousness is placed a great deal of importance on international society in recent years. The Westerners will more comprehend oriental culture through the Beijing 2008 Olympic Games and Shanghai World Expo. Specifically, we can use calligraphy to express our spirit, and it is one of art characteristics in Chinese culture. Calligraphy in Chinese is developed deffernt type by time-evolution. Such as three primary fonts, Cursive script、Regular script and Semi-cursive script etc.
Calligraphy also started to use in poster design also include the words and the Oriental style painting. Many designers use modern calligraphy in their graphic design. And modern calligraphy become popular to use in design field.
This research gaps try to intergrate four designers’( Kan Tai-Keung, Chen Jun-Liang, Katsumi Asaba and Han Gu-Ying ) collections which use the calligraphy in graphic design. They come from deferent countries, Hong Kong, Taiwan, Japan and china. The researcher study and conform the moderm calligraphy context. This research will provide a new design flow to people. The research goal creates new poster design by modern calligraphy. The researcher expects to promot the aesthetics of moderm calligraphy.
The creative topic is about environmental protection. Environment of the changes was caused by the greenhouse effect which we need to knows and to improve. To use calligraphy advocating natural essence and word on the poster echo each other, and use different types of performance design techniques. Hope to arouse the public who attach importance to environmental issues.

Identiferoai:union.ndltd.org:TW/101FJU00505001
Date January 2013
CreatorsChen, Ching sheng, 陳靖昇
ContributorsFeng, Guan Chao, 馮冠超
Source SetsNational Digital Library of Theses and Dissertations in Taiwan
Languagezh-TW
Detected LanguageEnglish
Type學位論文 ; thesis
Format83

Page generated in 0.0126 seconds