| Greek Building Technique |
Page maintained by Chris Renaud. NOTES ON GREEK ARCHITECTURE (adapted after notes from John Humphrey's class on Hellenistic and Roman Architecture) Building Technique Greek architecture relied upon the post and lintel type of construction, which meant that wide spans were not possible, in contrast to the vaults and domes of Roman architecture. A large building, then, needed supports at close intervals. Early TemplesThe earliest temples lacked surrounding colonnades and were made of perishable materials (wood, thatching, etc.). The first known example of a temple with a surrounding colonnade was the temple of Hera (Heraion) at Samos (750). Before the seventh century, temples were built entirely of wood with the exception of mud brick walls standing on stone footings (base) (e.g., the first temple of Apollo at Thermon. By the sixth century, temples were being built almost entirely of sone except for the roof beams. The appearance of stone architecture on a monumental scale was due to contact Greeks had with Egypt in the seventh century. The Egyptians had a long tradition of stone monumental architecture dating to the third millennium BCE. Rather then innovate with types of support and materials, Greek architects, particularly in the Doric order, chose to refine the details and proportions of their post and lintel structures until they achieved the "perfection" of the fifth century. Doric OrderIts development can be traced through the temple of Apollo at Syracuse (c. 590) with stout columns placed close togther. The metopes (in the frieze zone) do not fall over the columns; the temple of Apollo at Corinth (540) with thick, heavy columns 4 and one third lower diameters in height, monolithic shafts and three necking grooves at the top of the shaft; the temple of Aphaia on Aegina (490) (an island off the Attic coast) with two rows of interior columns in two tiers; and finally the temple of Zeus at Olympia (460)
Doric was traditional on mainland Greece until the fourth century BCE, but in Ionia (Asia Minor, that is, modern day Turkey) Ionic had been undergoing its own development. In the later 5th century Doric and Ionic could found on the same temple (e.g., Parthenon, Propylaia (Gateway) of the Athenian Akropolis) The archaic temple of Artemis at Ephesus (c. 550), where the Ionic columns stood on high Asiatic bases with double scotia and thick fluted torus (scotia is the concave part, torus the convex molding). Each column had a vast number of flutes--40-48 (why do you think the architects had so many flutes per column?). The echinus of the capital was decorated with a bead and reel and egg and dart molding. The volutes spread very wide; there was no central oculus (eye); the abacus was oblong. [see page 156 in Pedley, Greek Art and Archaeology, second edition (1998)] Attic elements infiltrate the Ionic order in the Propylaia of the Akropolis at Athens (437-- never finished). The column bases are Attic, with the spreading of the concave member of the bottom; this is also seen in the temple of Athena Nike on the Akropolis and the temple of Apollo at Bassai, with the upper part of the column base having torus, scotia, then another torus. The upper torus projects less than the lower one and is decorated quite often, for example byn a guilloche in the Erectheion. The shaft has 24 flutes divided by fillets (flat bands), not by sharp ridges (arrises) which are found in Doric. The echinus (cushion) has egg and dart molding. The volutes are tightly wound and have a central oculus in the middle (of the volute); the volutes are exactly one lower diameter apart. The canalis (channel) sags heavily in the middle over the shaft of the column. The abacus is almost square. The typical Ionic base, on the other hand, is perhaps best seen in the temple of Athena Polias at Priene; it has a double scotia on the bottom, and then a torus above. The base rests on a square plinth. There are still 24 flutes. The column is now almost 9 lower diameters in height, much taller than Doric even though Doric has grown taller and thinner by the fourth century. The architrave in fourth century Ionic is divided into three steps, each projecting slightly; as in many Asiatic buildings of the Ionic order, there is no frieze, but instead the dentils (teeth) are strongly emphasized with egg and dart molding above and below them. These dentils take the place of a proper frieze in Ionic. Lion head spouts in the sima above give rhythm to the entablature and allow the water to drain off the roof. Main Differences Between Doric
and Ionic
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