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Registered office:
11/O, Munira apt, Saheli Nagar,
Next to Orbit 1, Udaipur. Rajasthan 313001 INDIA

+91 992 882 0266
+91 737 599 9555

info@priyankaarjun.com

FOLLOW US

Registered office:
11/O, Munira apt, Saheli Nagar,
Next to Orbit 1, Udaipur. Rajasthan 313001 INDIA

+91 992 882 0266
+91 737 599 9555

info@priyankaarjun.com

Restaurant Callisto

  • Project Name : Callisto
  • Location : Near Celebration Mall ,Udaipur
  • Site area : 15,500 Sq. Ft
  • Built-up area : 3,500 sq. ft.
  • Status : Completed,2023

The concept of Restaurant Callisto revolves around the idea of creating an inspiring and captivating space through a harmonious fusion of design, talent, engineering, and media management. In the contemporary context, the restaurant aims to be more than just a dining establishment—it aspires to be a work of art. The architecture is marked by grandeur, iconic status, and the inherent challenge of construction, with each architect leaving a unique imprint.

The design takes into account the influence of space constraints, innovative materials, and cutting-edge technology. Nestled in the city of lakes, Restaurant Callisto stands out with its eye-catching play of shapes and materials, seamlessly blending art and engineering. The overall concept is to provide visitors with a space that goes beyond mere functionality, inviting them into a fascinating environment that showcases the perfect balance of creativity and construction.

DESIGN PROCESS –

  1. In the unique design process of the structure, the incorporation of higher frequency domes, including 1v, 2v, 3v, and 4v, involves an emphasis on increased subdivisions for added intricacy. Notably, even frequencies introduce a central dividing line, while odd frequencies necessitate division slightly above or below, contributing to the distinctive base design observed in 3v domes with 4/9th or 5/9th variations. The “v” in 3v signifies spatial frequency, a crucial measure of how structural components repeat within a given distance in physics.
  2. Geodesic domes stand out as unique structures, capable of directly resting on the ground with no limiting dimensions. This architectural marvel employs lightweight triangular or polygonal facets, either skeletal struts or flat planes, distributing stresses within the structure, replacing the arch principle. Additionally, incorporating double glazing units enhances the dome’s thermal efficiency. These units consist of two or more glass panes separated by a space filled with insulating gases like argon, effectively reducing heat transfer.
  3. The use of argon, denser than air, and low-emissivity coatings improves the overall U-value, indicating enhanced insulation. In summary, the geodesic dome design process blends geometric precision with energy-efficient materials, offering a harmonious combination of form and function.

For Dome Tour – https://www.youtube.com/watch?v=j8V4okiSDq0

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