Natural Sections in Product Design
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The golden ratio is a mysterious number that surprisingly appears in science, physics, mathematics, as well as in nature. The number 1.618 seems to be a universal constant, and crops up whenever the subject is of beauty or elegance. Beautiful flowers and sea shells and also attractive people have a common number and that is 1.618 or φ (phi). This paper does a study into the story of phi, and describes how the golden ratio is derived. Artists, architects and designers have employed the ratio into dimensioning their works of art to achieve visual appeal. Examples such as the Greek Parthenon of the Acropolis and paintings such as the Last Supper all use this magic number. An investigation was conducted among 50 people to test if looking at golden proportioning was actually appealing, or if it was just a type among overzealous enthusiasts. The results show that the golden ratio may actually be of some use
Abstract
The golden ratio is a mysterious number that surprisingly appears in science, physics, mathematics, as well as in nature. The number 1.618 seems to be a universal constant, and crops up whenever the subject is of beauty or elegance. Beautiful flowers and sea shells and also attractive people have a common number and that is 1.618 or φ (phi). This paper does a study into the story of phi, and describes how the golden ratio is derived. Artists, architects and designers have employed the ratio into dimensioning their works of art to achieve visual appeal. Examples such as the Greek Parthenon of the Acropolis and paintings such as the Last Supper all use this magic number. An investigation was conducted among 50 people to test if looking at golden proportioning was actually appealing, or if it was just a type among overzealous enthusiasts. The results show that the golden ratio may actually be of some use
참고문헌 (20)
- Agarwal, R, "Golden Ratio in science, as random sequence source, its computation and beyond", Computers and Mathematics with Applications, 56, pp.469~498 (2008)
- Devlin, K, "The Math Instinct: Why You’re A Mathematical Genius (Along With Lobsters, Birds, Cats, And Dogs)" (2005), Thunder’s Mouth Press
- Dunlap, R, "The golden ratio and Fibonacci numbers, Singapore" (1997), World Pacific
- Elam, K, "Geometry of Design" (2001), Princeton Architectural Press
- "GoldenNumber"[URL]
- "TheGoldenProportion"[URL]
- "The Fibonacci Numbers and Golden Section in Nature" (2008)[URL]
- "The golden ratio and aesthetics" (2002)[URL]
- Livio, M, "The golden ratio: the story of phi, the extraordinary number of nature, art and beauty, Review", ~ (2002)
- "Proportions and use of the Golden Section in furniture design" (1999)[URL]
- "Marquardt Beauty Analysis,MBA California" (2009)[URL]
- Padovan, Richard, "Proportion: Science, Philosophy, Architecture", pp.305~306 (1999), Taylor & Francis
- "Phi Chi Sticks" (2009)[URL]
- "Dr. Levin’s Phi Dental Grid by PhiMatrix" (2005)[URL]
- "Phyllotaxis" (2009)[URL]
- Thomas, B, "Geometry in Pictorial Composition", Newcastle Upon Tyne, Oriel Press Limited, ~ (1969)
- Vajda, S, "Fibonacci and Lucas numbers, and the golden section: theory and applications" (1989), Ellis Horwood
- "Golden Ratio" (2009)[URL]
- "List of works designed with the goldenratio" (2009)[URL]
- "Phyllotaxis" (2009)[URL]