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Transcript
Discover Ancient Rome in Google Earth
http://earth.google.com/rome
Hist12797 Architectural History
Ancient Rome
The Authority of Competence
“The Shaping of Space was the
essence of Roman Architecture”
Leland Roth, Understanding Architecture
“A Funny Thing Happened on the Way to the Forum”
http://www.tcm.com/mediaroom/index.jsp?cid=9056
Founding of Rome
Cities in north and central Italy were settled
by various tribes including the Etruscans,
who gave the Romans their engineering ability
and their religious practices
 In 753 BC, Rome was
founded by Romulus,
who was one of 7 kings.
 In 509, the Republic was
declared in the names of
the people and the senate
“SPQR”

2
Chapter 8+9 Architectural History
The Hills of Rome


Rome was a
small city on
the Tiber River
which flooded
often. Various
tribes claimed
the hills until a
way was found
to drain the
swamps
between them.
Roman engineering built defensive walls, bridges, sewers and
roads so that the city could grow regionally. Aqueducts brought
water from the Appenine Mountains
Chapter 8+9 Architectural History
3
Timeline – Rome
Rule of the early kings
Three stages
The Republic The Empire
100 BC-350 AD
4
Chapter 8+9 Architectural History
The Romans 1
Inherently pragmatic and realistic
(unlike the speculative and idealistic Greeks),
the Romans produced an abundance of
engineers and builders
 They had sharp logical minds that excelled in
making laws, engineering feats and
administering territories
(after they conquered them,
usually by war)

5
Chapter 8+9 Architectural History
The Good Roman

They practiced a rigid morality, served the
state, had unimpeachable honor, and strived
for a physical and spiritual asceticism.
6
Chapter 8+9 Architectural History
The Good Roman

A driving compulsion to spread the benefits
of Roman law and republican governance to
the rest of the world and spreading
Romanitas = the sum of Roman values and
culture
7
Chapter 8+9 Architectural History
Senatus PopulusQue Romanus
"The Senate and the People of Rome"
The Romans
They had a sense of ingrained discipline, “gravitas” - patriotic responsibility and serious
purpose
 A sense of the importance of matters at hand,
a propensity for austerity, conservatism and a
deep respect for tradition
 Endeavored to achieve universality and a
clearly perceivable order in all of life

8
Chapter 8+9 Architectural History
Roman Religion



Religion was centered in the home, the domus.
Originally animistic – trees, rocks, water and the fire
of the hearth, they adopted the Etruscan pantheon
of Greek-like gods
Developed detailed rituals in worship carried out by
priests who had little contact with the public
Ordinary Romans made offerings to the numina, the
spirits of the home shrines
9
Roman Architecture
They borrowed many of the external
trappings of Greek architecture but theirs
was an architecture of space, enclosed
internal space and outdoor space, on a
grand scale
 Much of the best Roman architecture was
built during the reigns of Augustus, the
Flavians, and the Five Good Emperors
 The city is the basic constituent element

10
Chapter 8+9 Architectural History
Imperial Forum
like a Greek Stoa
Not sited in response to
the natural environment
but as a planned space
enclosed by architecture
Fig
112
11
Chapter 8+9 Architectural History
Forum
Romanum
A colonnaded stoa
along both sides of
a great rectangular
square, closing the
vista with a Temple
to Mars: a series of
geometric shapes
with contrived
views and vistas
12
Chapter 8+9 Architectural History
Roman Engineering

A network of roads that spanned the empire
and a water supply/aqueducts and drainage
for the cities
Aqueduct, Segovia, Spain
13
Chapter 8+9 Architectural History
Pont du Gard Aqueduct,
Nimes, France 14 AD
1.8m x 1.2m Water conduit @ gradient 0.4%
Roadway
14
Chapter 8+9 Architectural History
Roman Engineering

Aqueducts supplied running water to homes,
public lavatories and baths with hot and cold
pools
Latrines in the
Baths of Ephesus
Fig113
Public Lavatories
in Dougga, Tunisia
3rd century AD
Chapter 8+9 Architectural History
15
Baths of
Caracalla
Rome
212–216 AD
16
Chapter 8+9 Architectural History
Frigidarium
Baths of
Caracalla
17
Roman Theatre,
Orange, France
Unusual, in that it is
built into the hillside
like a Greek theatre
Romans wanted
more than just
drama; they needed
a new form for their
circuses and
amphitheatres
18
Chapter 8+9 Architectural History
Flavian Amphitheatre: Colosseum
19
Chapter 8+9 Architectural History
Flavian Amphitheatre
20
Chapter 8+9 Architectural History
Colosseum:
280 arches on three levels
Greek orders on the facade:
Doric on the Ground floor
Ionic on the Second floor
Corinthian on the Third floor and
on the top storey pilasters
21
Chapter 8+9 Architectural History
Colosseum
Sectional Views
22
Chapter 8+9 Architectural History
23
Chapter 8+9 Architectural History
Roman Colosseum construction

http://www.youtube.com/watch?v=EO1NQy4oyJs
Shea Stadium, New York
 Colosseum, Rome

24
Chapter 8+9 Architectural History
Temple of Bacchus, Baalbek
Bigger than the Parthenon
 Composite Order: Corinthian and Ionic
 Engaged Columns

25
Chapter 8+9 Architectural History
Arch of Constantine
Rome
Roman crane
- Erected to commemorate victories
- Often site at the
entrance to a forum
- structure not based on
columns so could use
forms decoratively
26
Chapter 8+9 Architectural History
Arch of
Constantine
27
Chapter 8+9 Architectural History
El-Deir (Monastery) Temple, Petra Jordan

A most attractive architectural whimsy:
a miniature round temple between the
sides of two broken pediments
28
Chapter 8+9 Architectural History
Building an Arch
The Romans had no inhibitions
about putting other’s knowledge to work
... to improving everyday life
 From arch to vault to groin vault to dome

29
Roman use of “Caementum”
Pozzolana – best substance for
concrete-making from red volcanic
soil near Naples
30
Chapter 8+9 Architectural History
The Pantheon: Plan and Aerial View
pan = All
theism = religions
31
The Pantheon by
Emperor Hadrian
Temple to all gods
- built 120 – 124 AD
- 143 ft / 43.5 m
diameter dome
 Walls 23 ft / 7 m
 Varying weight
Concrete
 Coffered ceilings
 Bronze doors

32
Pantheon:
Portico
Reconstruction
Classic Greek
temple pediment
33
The Pantheon
34
Insulae
(Apartment Blocks)
& Offices in Ostia
[Rome’s harbour City]
35
Insulae




3-4 storeys
Shop fronts
Collapsed
easily
Subject to fire
36
Chapter 8+9 Architectural History
Pompeii
forum
Networks of streets forming
irregular rectangles, becoming
more regular as the cities expanded


37
Street Views
Pompeii
38
Street View & Residential District Overview
Pompeii,
39
House of Pansa, Pompeii
Plan and Section
40
House of Vetti,
Pompeii
Plan, Garden
View and Interior
41
Hadrian’s Villa, Tivoli, Italy

Opulent apartments +
gardens
42
Chapter 8+9 Architectural History
Hadrian’s Villa, Tivoli, Italy

Seven miles of gardens, pavilions,
palaces, baths, theatres and temples
43
Chapter 8+9 Architectural History
Diocletian’s
Palace
Split, Yugoslavia
44
Basilica
Maxentius,
306-325 AD
Chapter 8+9 Architectural History
45
Basilica of
Maxentius
Ruins
Reconstruction
46
Basilica Ulpia:
Plan
47
Basilica
Ulpia
48
In Conclusion:
Roman Architecture
Roman buildings addressed the problems of
the present, not the mysteries of the hereafter.
 They were visually and intellectually
comprehensible, composed of parts that had
recognizable proportional relationships and
clear connections.
 They combined the elegance of detail and
refinement of form of Greece with the
pragmatic functionalism, civic scale and sense
49
of power of Rome.
