CLASSICAL ARCHITECTURE design principals: analyzing existing classic & classicistic buildings Part I

Schools for Architecture usually only teach the rules of classic architecture, but not how they are applied in real buildings.

This video analyses existing classical & classicistic buildings.
I will show how the rules of classic architecture are actually applied and transformed to a building design.

#classical #architecture #tutorial

I am Sebastian - a German Architect and University Lecturer. Subscribe me, please,
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The books that I mention:

Must have for everyone who is interested in architecture:

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[bahshas]

overwhelmed by strong feelings of gibble rn 😍😍😍😍😍

[TheBombson]

Thank you may I say people who share the enthusiasm get this what we are really dying for are instructions on the literal applications in the very limiting metric system. French post revolutionary classical blueprints concerning this are of some availability online and somewhat useful but I dare say quite chaotic and incoherent in principles themselves. 🙏

[aderinsolaoyinkansola]

Thank you sir for this video.
Very educative 👏

[iknowyouwanttofly]

Please do an episode on classical architecture in small humble buildings

[AliNoh]

hope you go through entire history
great video

[rogerconnolly]

Two parallel lines meet at infinity. If maths was based on the idea that they do not that would be a way of explaining how simplistic this approach is to understanding Classical architecture. To fully understand what is going on with these buildings requires seeing them from within the mind stretching aspect of parallel lines meeting at infinity. An example if what is happening with the triple arch relates to the double slit experiment in physics. A ‘particle’ can pass through the right slit and turn 180 degrees and return through the adjacent slit. In the triple slit (or 3 arches) the particle can follow a n S curve. If two particles do this simultaneously then we have an infinity symbol. That would be an 8 combined with 3 &3 or 5/6 which is .833. This is the musical interval in our 12 note scale. The geometry of the octagon directly relates to a c# in Pythagorean tuning and the triangle is an F#. Minor fourth and major fifth or the secret chord from the song hallelujah. Architecture is frozen music. All these shapes are doing things in these buildings and nobody knows apart from a few at the top of our societies.

[pcatful]

It looks like the Petite Trianon has the Corinthian order, and you may have misspoke.