The Lotus Temple, located in Delhi, India, is a Baháʼí House of Worship that was dedicated in December 1986. Notable for its flowerlike shape, it has become a prominent attraction in the city.
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Lotus Temple: Case Study
1. PHAROS UNIVERSITY IN ALEXANDRIA
ARCHITECTURAL ENGINEERING DEPARTMENT
THEORIES OF ARCHITECTURE 2 EA331
DR. NOURHANE EL HARIDI
LOTUS TEMPLE
Case Study
2. In the architecture of India, perhaps more than in other places,
it is possible to the see the religious roots in a clear and
different manner. The representative symbols which can be
seen on the buildings and in their decorations, and which
include the surroundings in which they have been placed, are
inspired by the religious convictions of the people; convictions
which are integrated and form part of the way of life of the
country.
INTRODUCTION
3. The temple was built in the village of
Bahapur, Kalkaji, in the South of New
Delhi and to the West of Connaught
Place in Mandir Marg; a secluded
area of the bustling centre of India‘s
capital.
LOCATION
4. Fariborz Sahba developed the project for the temple inspired
conceptually the lotus flower. which symbolises purity and
cleanliness in Hindu tradition.
CONCEPT
6. The building’s twenty seven structures of reinforced
concrete in the shape of petals, clad in marble, were
arranged in groups of three, to create the nine faces.
STRUCTURE
7. The whole superstructure is designed to function as a
skylight. The interior dome is spherical and patterned
after the innermost portion of the lotus flower.
NATURAL LIGHT
8. The surfaces created by the shell on each side of the
entrance-ways and the outer leaves are formed by
spheres of different radii, with their centres located at
different points of the interior of the building. There is
a group of spheres for the leaves of the entrance, some
of which define the interior surfaces and others which
define the exterior surfaces of the shells.
MASSING
9. • Arches The nine arcs were built one after the other until the
circle was complete. The dismantling of the soffit of each
arch was done once the adjacent arches could provide the
necessary resistance.
• Inner leaves, radial beams and central axis Once all the
arches were completed, the interior steel structure of panels
was raised.
• Interior dome After fixing the interior panels, the steel
cladding was modified and the folds of the shells of the
interior dome were made one after the other.
PLAN TO SECTION
10. With respect to the main entrance of the site, the temple
entrance is oblique approach circulation: entry information
centreview of temple on right from entrance view from main
node configuration of path linear path path-space relationship
path passes by the spaces. It is done by planting avenue trees
CIRCULATION TO USE-SPACE
11. • A SPACE MAY BE CONTAINED WITHIN THE
VOLUME OF A LARGER SPACE. Spatial
organization- centralized organization organization
of space: green site as space prayer hall as space
within space as it is at common plinth
• All the spaces are arranged around the central
prayer hall covered by leaves. Pattern of
organization in this case the pattern is terminating
in or around the central space. Main space (prayer
hall) secondary spaces (water bodies )
GEOMETRY
12. HIERARCHY
• The hierarchy is marked by the
entrance to the temple.
• At the main entrance, there are long
steps being an exception to an
otherwise regular pattern.
13. • There are 2 other pathways marking the
entry/exit to the temple, but are less in
width marking the hierarchy of spaces.
• All the other spaces do not have separate
pathways to access, but are on platform.
HIERARCHY
14. • Radial symmetry refers to the balanced
arrangement of similar, radiating elements such
that the composition can be divided into similar
halves by passing a plane at any angle around a
center point or along a central axis.
SYMMETRY
15. • Bilateral symmetry is shown in elevation
and entrance of the building. There is one
vertical reflection mirror through the
middle.
SYMMETRY
In the architecture of India, perhaps more than in other places, it is possible to the see the religious roots in a clear and different manner. The representative symbols which can be seen on the buildings and in their decorations, and which include the surroundings in which they have been placed, are inspired by the religious convictions of the people; convictions which are integrated and form part of the way of life of the country. The bushes which grow in the corner of a temple courtyard or the colour of its walls can indicate to us to which religion the temple is dedicated. In this way we can also discover the allegorical significances which the forms, colours or statues wish to convey to us, in such a way that we can consider Indian architecture as an architecture of story-telling and symbols, in which hidden meanings dwell in every form. These hidden meanings have an intimate and inspired connection with the lives of the people of this place.
Observing Hindu architecture, you can see that despite the external difference between the various temples, they all show meaningful and sacred symbols common to all of India’s religions. These are symbols which have emerged in other countries and religions. One of these symbols is the sacred flower of the Indians: the lotus flower.
Fariborz Sahba developed the project for the temple inspired conceptually by this flower which symbolises purity and cleanliness in Hindu tradition. This concept had to be converted into defined geometric forms, such as spheres, cylinders, toroids and cones, which were translated into equations and later used as a base for the structural analysis and engineering plans. The resulting geometry was so complex that the plans for the temple took two and a half years to complete.
The building’s twenty seven structures of reinforced concrete in the shape of petals, clad in marble, were arranged in groups of three, to create the nine faces. All Bahá’í Houses of Worship share certain architectural elements, such as the circular shape with nine sides specified in Bahá’í’s scriptures. Although nowadays all Houses have a cupola, it is not considered an essential element of the architecture. The scriptures also dictate that no painting, statue, image, pulpit or altar can be added as an architectural element.
The whole superstructure is designed to function as a skylight.
The interior dome is spherical and patterned after the innermost portion of the lotus flower. Light enters the hall in the same way as it passes through the inner folds of the lotus petals.
The central bud is held by nine open petals, each of which functions as a skylight.
The interior dome, therefore, is like a bud consisting of 27 petals, and light filters through these inner folds and is diffused throughout the hall.
The surfaces created by the shell on each side of the entrance-ways and the outer leaves are formed by spheres of different radii, with their centres located at different points of the interior of the building. There is a group of spheres for the leaves of the entrance, some of which define the interior surfaces and others which define the exterior surfaces of the shells. The diameters of the spheres have been fixed to satisfy the structural consideration of the varying thicknesses of the petals.
For the outer leaves, another group of spheres define the interior and exterior surfaces of the shells, but in this case the thickness of the shell is uniform: 1.33m thick toward the lower part and 2.55m toward the upper extreme. The outer leaf in the entrance zone to the temple is 15.4m wide and rises 22.5m above the podium. The interior is 18.2m wide in the entrance area and rises 7.8m above the level of the podium.