# PANAGIOTIS STEFANIDES

CHARTERED ENGINEER [UK]

HELLENIC AEROSPACE INDUSTRY S.A. [ ex ]

8, ALONION St., KIFISSIA 14562 - ATHENS GREECE

WORK RELATED TO THE QUADRATURE OF THE CIRCLE VIA INTERPRETING PLATO'S TIMAEUS " MOST BEAUTIFUL TRIANGLE"

This work, presented to various conferences, is a proposed interpretation of Plato's Timaeus Scalene Orthogonal Triangle by Panagiotis Stefanides.

It is noted here that, a similar, constituent part of this triangle but not the same, is the Kepler triangle discovered by Magirus .

Quadrature of the circle by compass and ruler is achieved based on the special quality of this triangle [ a quadrature triangle] and its relationship with circle, the parallelogramme and the square.

Autocad used: Geometry and Vector definition by Panagiotis Stefanides assisted for the Computerized AutoCad Drawing by Dr. Giannis Kandylas.

This work, presented to various conferences, is a proposed interpretation of Plato's Timaeus Scalene Orthogonal Triangle by Panagiotis Stefanides.

It is noted here that, a similar, constituent part of this triangle but not the same, is the Kepler triangle discovered by Magirus .

Quadrature of the circle by compass and ruler is achieved based on the special quality of this triangle [ a quadrature triangle] and its relationship with circle, the parallelogramme and the square.

Autocad used: Geometry and Vector definition by Panagiotis Stefanides assisted for the Computerized AutoCad Drawing by Dr. Giannis Kandylas.

CIRCLE'S QUADRATURE

AUTOCAD

2009

WORK RELATED TO THE QUADRATURE OF THE CIRCLE VIA INTERPRETING PLATO'S TIMAEUS " MOST BEAUTIFUL TRIANGLE"

This work, presented to various conferences, is a proposed interpretation of Plato's Timaeus Scalene Orthogonal Triangle by Panagiotis Stefanides.

It is noted here that, a similar, constituent part of this triangle but not the same, is the Kepler triangle discovered by Magirus .

Quadrature of the circle by compass and ruler is achieved based on the special quality of this triangle [ a quadrature triangle] and its relationship with circle, the parallelogramme and the square.

Autocad used: Geometry and Vector definition by Panagiotis Stefanides assisted for the Computerized AutoCad Drawing by Dr. Giannis Kandylas.

This work, presented to various conferences, is a proposed interpretation of Plato's Timaeus Scalene Orthogonal Triangle by Panagiotis Stefanides.

It is noted here that, a similar, constituent part of this triangle but not the same, is the Kepler triangle discovered by Magirus .

Quadrature of the circle by compass and ruler is achieved based on the special quality of this triangle [ a quadrature triangle] and its relationship with circle, the parallelogramme and the square.

Autocad used: Geometry and Vector definition by Panagiotis Stefanides assisted for the Computerized AutoCad Drawing by Dr. Giannis Kandylas.

More information:

QUADRATURE OF THE CIRCLE

AUTOCAD

2009

QUADRATURE OF THE CIRCLE

AUTOCAD

WORK RELATED TO THE QUADRATURE OF THE CIRCLE VIA INTERPRETING PLATO'S TIMAEUS " MOST BEAUTIFUL TRIANGLE"

This work, is a proposed interpretation of Plato's Timaeus Scalene Orthogonal Triangle by Panagiotis Stefanides.

Quadrature of the circle by compass and ruler is achieved based on the special quality of this triangle [ a quadrature triangle] and its relationship with circle and the square.

http://www.stefanides.gr/Html/QuadCirc.htm]

SATISFYING VALUE OF Pi = 4/SQRT[GOLDEN RATIO] = 3.14460551..

Autocad used: Geometry and Vector definition by Panagiotis Stefanides assisted for the Computerized AutoCad Drawing by Dr. Giannis Kandylas.

AUTOCAD

WORK RELATED TO THE QUADRATURE OF THE CIRCLE VIA INTERPRETING PLATO'S TIMAEUS " MOST BEAUTIFUL TRIANGLE"

This work, is a proposed interpretation of Plato's Timaeus Scalene Orthogonal Triangle by Panagiotis Stefanides.

Quadrature of the circle by compass and ruler is achieved based on the special quality of this triangle [ a quadrature triangle] and its relationship with circle and the square.

http://www.stefanides.gr/Html/QuadCirc.htm]

SATISFYING VALUE OF Pi = 4/SQRT[GOLDEN RATIO] = 3.14460551..

Autocad used: Geometry and Vector definition by Panagiotis Stefanides assisted for the Computerized AutoCad Drawing by Dr. Giannis Kandylas.

More information:

NESTED CIRCLES SQUARES TERIANGLES- MAXIMUM SYMMETRY POINT

AUTOCAD

2009

NESTED CIRCLES SQUARES TERIANGLES- MAXIMUM SYMMETRY POINT

AUTOCAD

2009

NESTED CIRCLES SQUARES TERIANGLES- MAXIMUM SYMMETRY POINT

FOR VALUE OF Pi = 4/SQRT[GOLDEN RATIO] = 3.14460551..

WORK RELATED TO THE QUADRATURE OF THE CIRCLE VIA INTERPRETING PLATO'S TIMAEUS " MOST BEAUTIFUL TRIANGLE"

Quadrature of the circle by compass and ruler is achieved based on the special quality of this triangle [ a quadrature triangle] and its relationship with circle, and the square:

[ Ref my web-link: http://www.stefanides.gr/Html/theo_circle.htm ]

Autocad used: Geometry and Vector definition by Panagiotis Stefanides assisted for the Computerized AutoCad Drawing by Dr. Giannis Kandylas.

AUTOCAD

2009

NESTED CIRCLES SQUARES TERIANGLES- MAXIMUM SYMMETRY POINT

FOR VALUE OF Pi = 4/SQRT[GOLDEN RATIO] = 3.14460551..

WORK RELATED TO THE QUADRATURE OF THE CIRCLE VIA INTERPRETING PLATO'S TIMAEUS " MOST BEAUTIFUL TRIANGLE"

Quadrature of the circle by compass and ruler is achieved based on the special quality of this triangle [ a quadrature triangle] and its relationship with circle, and the square:

[ Ref my web-link: http://www.stefanides.gr/Html/theo_circle.htm ]

Autocad used: Geometry and Vector definition by Panagiotis Stefanides assisted for the Computerized AutoCad Drawing by Dr. Giannis Kandylas.

More information: