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Salah Vaisi

Salah Vaisi

Academic rank: Associate Professor
ORCID: 0000-0002-9083-2737
Education: PhD.
ScopusId: 54662
HIndex:
Faculty: Faculty of Art and Architecture
Address: Department of Architecture , Faculty of Art & Architecture, University of Kurdistan, Sanandaj, Iran
Phone: 0098-8733662963

Research

Title
Application of New Industrial Forms in Architecture and Structural Technologic Aesthetics
Type
Presentation
Keywords
Technological aesthetics; technological forms; new details; Modern technology; High tech;
Year
2007
Researchers Salah Vaisi

Abstract

Parallel to the development of architectural concept, ideas are continuously reviewed from the technical point of view. Modern technological innovations, new materials, new construction technology, Folding, moveable ingredient and remote control structures have led to many developments and numerous imitations. Technical inventions seem to be the point of departure for a new sequence of ideas. Industrial achievements, High tech and contemporary details have flexibility and changeability of forms, and point to a dynamic-active condition. The moving components of building give a unity of expression to the design procedure. In the designing of expose structures, architectonic expression is striven for so that the structures simultaneously exhibit simplicity and rationality. This article want to elaborate on this point that contemporary architecture is influenced by modern construction methods. At the present time, buildings display distinguished facades and features. Stadiums, Bridges, Museums, Stations and … have obtained a technological identity. Technology reflects new forms and new shapes of materials, constructions and presents a new architecture style based on these new forms. This new architecture style is very different from previous generation in form parameters and visionary models. Ultimately, nowadays architecture has its unique characteristics which are derived from the latest and most developed instruments. This paper demonstrates the characteristics of these new forms and their effects on architecture and civil engineering.