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Output details

34 - Art and Design: History, Practice and Theory

University of Ulster

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Output 38 of 90 in the submission
Title and brief description

Lady-Bird-Transformation (Mirage)

Type
L - Artefact
Location
Busan Film Center, Busan, South Korea
Year of production
2012
Number of additional authors
0
Additional information

Lady-Bird-Transformation won an international competition for public sculpture in Korea, reputed to be one of the most significant global public sculpture competitions in recent years. The submission was blind peer-reviewed in a rigorous process that attracted 106 entries from internationally leading artists. It is unusual that such a commission was secured by a non-Korean.

Sander's research concept required the development of a way to realize the morphing of one form into another in 3D, and at a monumental scale. Sander developed an analogue transforming sculpture departing from his insights into how to meld 2D planes for transformative sculptures. The sculpture transforms from a striding woman into a sea gull in flight, depending on the angle from which it is viewed. The Busan Film Center boasts the world’s largest free-cantilevered roof.

The sculpture also changes its appearance incessantly through the LED lighting system that covers the entire ceiling overhead. The sculpture’s context is designed by world-leading architects Coop Himmelblau as the home of Asia's largest cinema event, the Busan Film Festival. Festival, building and sculpture were inaugurated by the President of South Korea, Lee Myung-bak. Conceptually, the work required research to resolve questions associated with light, colour and shape. This work was designed to develop a seemingly weightless sculpture and to connect the medium film with sculpture.

The process of inquiry also developed new technical solutions, such as the development of Styrofoam-cutting tools and coating methods. Casting stainless steel is a comparably new technology in fine art. Usually the surface of cast stainless steel contains holes from air bubbles. For this huge sculpture Sander developed a method to reduce the air pressure during the casting process, in order to reduce embedded holes. These new processes are now adopted as a standard in the field. A further major public commission for Titanic Quarter followed in 2013.

Interdisciplinary
-
Cross-referral requested
-
Research group
D - Future and Virtual Worlds
Proposed double-weighted
No
Double-weighted statement
-
Reserve for a double-weighted output
No
Non-English
No
English abstract
-