The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student,...

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The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová

Transcript of The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student,...

Page 1: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

The Foundations of Engineering and Architecture002*ANTIQUITY *

FIRST PART

Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová

Page 2: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

Prehistory (500 000-1 000 000 years BC – 3 000-1 000 years BC)

 

Antiquity (till 476 a. d.)

Mesopotamia

Egypt

Aegean culture

Ancient Greece

Etruscan architecture

Ancient Rome

 

The Middle Ages (from the year 476 a. d. till 1492 a. d.)

The early Christian architecture

Byzantine architecture

Pre-Romanesque architecture

Romanesque architecture

Gothic

 

modern period (from the year 1492 till today)

Renaissance

Baroque

Classicism, Romanticism, Empire

Historicism

building in 20. Century

the current building

Page 3: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

Antiquity till 476 a.d.

Mesopotamia

Egypt

Aegean culture

Ancient Greece

Etruscan architecture

Ancient Rome

Page 4: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

MESOPOTAMIA

4.000 years b.c. to 6th century b.c.

the fertile lowland between the rivers Eufrat ang Tigris in the area of today's Iran and Iraq

•1*Sumers culture - 4000 years b.c. - City-States Ur, Uruk, Akkad (3200 years b.c. - picture font)

• 2*Akkadsko-sumer State - 2369 years b.c. -unification of City-States under the Akkadska Empire (Cuneiform)

• 3*Old-babylón Empire- 18. to 12th century b.c.

• 4*Asyrská empire - 9. to 7.st.b.c. in the northern part

• 5*New-babylon empire - 7. to 6th century BC in the southern part of the

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Caspian Sea

Persian Gulf

Cyprus

Mediterraneansee

Egypt

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TYPES OF BUILDINGS

PALACE - mostly, the Royal Palace (serail -Royal residence, harem - private part and chán - the economic part of the Palace), built from durable materials

TEMPLE - the Shrine had derived from a House floor plan (own shrine, cell, and the portico), It later developed the temple terrace and of them zikkurrat

HOUSE – townhouse (admission to the Hall, inner courtyard, a wide room open to the courtyard, staircase to the roof, sometimes even

bathroom and toilet)

THE FORTIFICATIONS – each sietch has been entrenched, masonry walls completed turrets

CIVIL ENGINEERING WORKS – aqueducts, water treatment plant, bridges and roads

Page 7: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

THE CHARACTERISTICS OF THE MESOPOTAMIA

Architectural shapes are derived from the original construction of the Reed and the Brick

The Monuments

Disposition of the House (the three basic parts: the entrance to the Hall, inner courtyard, great room open to the courtyard - íván)

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BUILDING MATERIALS

CLAY – compress clay, dried bricks, baked and glazed bricks. Joining by lime-sand mortar, plaster mortar and asphalt also

TIMBER – mostly from palm wood beams for suspended floor, rare cedar and cypress only on imports

STONE – only exceptionally to exceptional buildings

REEDS – reed mats joining by clay mortar and for interlacing of bricks walls to increase the strength of walls

PALM WOOD– beams for suspended floor

ASPHALT – on joining the brick, Road base, impregnation of wood and reeds

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CONSTRUCTION

VERTICAL MOUNTING

WALLS – brick

COLUMNS AND PILLARS– minimum used

HORIZONTAL MOUNTING

ARCHES

WOODEN SUPPORTING BEAMS

Page 10: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

SIGNIFICANT BUILDINGS

(a selection of some of the buildings)

Page 11: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

001 * magasin - the beginnings of arch technologyBlind arch (diagonal intermediate joints are liaison, not loading)

Page 12: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

002 * reconstruction of Babylon, at the bottom of the floor plan of the Royal Palace

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Hanging gardens

courtyards

process path

Ishtar gate

Temple of goddes Nin-mach

Seven Wonders of the World

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003 * reconstruction of the Babylonian ziggurat

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004 * Chšajárchšá (Xerx) gate of propylaeum (Persepole, Persie – Ancient Iran)

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005 * columns at PersepolePersian column at that time had no counterpart– He was taller and slimmer than

the Egyptian

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006 * Darajavahuš Palace in Persepole Maintained only a stone wall, because the Building was predominantly of

bricks dried in the Sun

Page 18: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

EGYPT5000 b.c. to 1 century b.c.

Upper Egypt, Lower Egypt the Valley of the Nile River and delta

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TYPES OF BUILDINGS

FUNERARY BUILDINGS – the mastaba, the step pyramid, angled pyramid, the classic pyramid, the tomb in the rocks

TEMPLE -the symbol of the divine order of the world. Naos (cella) - custom (dark) shrine, behind her is a small Hall with four pillars and around rooms. Hypostyl (pillared Hall) - the inner pillars taller than the outer-lighting. The columned courtyard- the largest and lightest room of the temple. Pylon - in front of two blocks with the portal in the middle of. Avenue of Sphinxes.

HOUSE -the Palace, village houses, town houses, the workers ' houses (It contained the main foyer, lounge room, sometimes there is one smaller residential room, the kitchen and the cellar)

THE FORTIFICATIONS – the fortress on the border of the country

CIVIL ENGINEERING WORKS – irrigation systems, dam, canals, bridges and roads

Page 21: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

THE CHARACTERISTICS

The monumental stone architecture

Stacking masses by adding (Djoser pyramid)

Sophisticated composition of religious buildings

Using Hypostyle and architrave system

the transition from the clay to stone building materials

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BUILDING MATERIAL

CLAY – poor clay, dried or burned bricks

TIMBER – mostly from date palm, import of cedar and ebony

STONE – limestone, sandstone, granite, basalt, quartzite syenite.

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CONSTRUCTIONVERTICAL

MASONRY – from bricks or stones

COLUMN – three parts

PILLAR – monolithic, later brick, square or rectangular plan

HORISONTAL

ARCH – not often used

WOODEN CEILING – for common buildings

STONE CEILING – for important buildings – architrave system

Page 24: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

TEORIE

Taking geometry (right angle, the circular geometry)

Building plans with complex mathematical calculations, stone and clay models of buildings

Page 25: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

SIGNIFICANT BUILDINGS

(selection of some buildings)

Page 26: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

001 * Djoser pyramid in SakkařeDesigned by Imhotep (vizier and architect) – high 60 m

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002 * Raachef pyramid in Giza

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003 * Menkaurev, Raachef and Chufew pyramid in Giza – highest one is Chufev (146 m).

Page 29: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

004 * up – Chufew pyramiddown – Abusir – reconstruction of group of piramid on the banks of the Nile

Page 30: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

004a * cut Pharaoh's burial chamber – architrav system

Page 31: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

006 * temple of the queen Hatšepsowet in Dér el-BahríArchitect Senenmút

Page 32: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

Temple Ramesseum on the left bank of the river Nil on the west of Wesetdedicated to God Amón.

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009 * temple in Luxor

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010 * temple in Luxor - plan

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011 * temple in Luxor

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012 * Temple of Horus at Edfu

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013 * Temple of Horus at Edfu

Page 38: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

014 * Temple of Horus at Edfu

Page 39: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

015 * Temple of Horus at Edfu

Page 40: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

THE AEGEAN ARCHITECTURE

• Cretan culture * 3500 – 1200 BC

• Mycenae * 1550 – 1150 BC

Culture of Cretan, Mycenaean, Troy, time concurrent with the Egyptian culture, constitute an excellent basis for later the emerging culture of ancient Greece.

Page 41: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

area

Page 42: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

TYPES OF BUILDINGS

PALACES

large monumental buildings high skirting without holes

hundreds of rooms around the great court

lighting by other smaller courtyards

sanitation (toilets ), water pipe (bathroom)

RESIDENTIAL HOUSES

basic megaron

the Palace, the village houses, town houses, workers ' houses

include the foyer, the main residential room, Sometimes one more smaller residential room, the kitchen and the cellar

Page 43: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

TYPES OF BUILDINGS

THE FORTIFICATIONS

the massive masonry walls in the Peloponnese and Asia Minor (Troy)

cyclopean masonry up to 7 m wide, and up to 8 m high

THE TOMB

shaft tombs and the dome tombs - tholos

Page 44: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

THE CHARACTERISTICS

The secular character of the buildings

the architecture was based on the human being, the intimate nature of the architecture

Later robust, warlike nature

Page 45: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

BUILDING MATERIALS

CLAY – mud bricks on masonry

WOOD – most of the beams from olive wood, shaft columns

STONE – carved stone

STUCCO –plastering wall

MORTAR -binding of walls

Page 46: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

CONSTRUCTION

VERTICAL

MASONRY BRICK– mud-brick wall intertwined olive beams

STONE MASONRY-cyclopean, regular from rectangular blocks,

WOODEN COLUMNS

HORIZONTAL

ARCHES – blind arch

WOODEN CEILINGS- for common buildings

ARCHITRAVE SYSTEM

Page 47: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

SIGNIFICANT BUILDINGS

(the selection of certain buildings)

Page 48: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

001 * Palace in KNOSSOS

Page 49: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

002 * Palace in KNOSSOS

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003 * Palace in KNOSSOS-floor planArea cca 20.000 m2, the orientation N-S, the building is built around a central

courtyard long 50 m – only two entrances North and South, two floors.

Page 51: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

004 * The lion gate at Mycenaecyclopean walls and behind them the Acropolis

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004a * cyclopean masonry and blind arches

Page 54: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

005 * the tomb of Atre – entrance - Mycenae

Page 55: The Foundations of Engineering and Architecture 002*ANTIQUITY * FIRST PART Author Aleš Student, Klára Frolíková Palánová translation Klára Frolíková Palánová.

006 * Tolos – the tomb