UDDANT PATEL
Technology Student CEPT UNIVERSITY
Ahmedabad International School, Ahmedabad (IB), (GSEB)
School of Building Structures and Technology , CEPT University, Ahmedabad ( 2019 - Present)
uddant.ug191429@cept.ac.in patel.udu@gmail.com
+91 8141137977
English Hindi Gujarati
- Fluent - Understand and Speak - Understand and Speak
Wood Kerfing as an technique is used as an alternative to steam bending. Here, Modules are designed with the help of this technique to further be translated into a form of a walkway placed at the site of the campus.
Modeling of the Module
Deformation in Module
Assigning Reduction factor Module behaviour of Moment in Z Axis
Self-weight and Point-load
Max. deflection - 0.746 mm
Max. compression - 0.015 N/mm2
Max. tension - 0.013 N/ mm2
Max. My - 0.075 N/mm2 Max. Mz - 0.507 N/mm2
Deflection CheckPermissible Limit for deflection is 3.9 mm which is calculated in accordance IS883 (2016) Page 21.
0.746 < 3.9 Hence, Safe
Stress CheckPermissible Limit for stresses are obtained from IS883 (2016) Page 17. Compression, tension, and bending are within the limit.
Combined Stress CheckRatio of tension and bending is 0.0839 < 1 Ratio of compression and bending is 0.0857 < 1
Axial stresses taken by Module
Site - South canteen, CEPT campus
The site is densely packed during the lunch hour with scorching heat, so the structure was designed to cover the hot wind and light by restricting the south- west direction.My intent was to create multiple Roofs and overlay them, this way i restricted south- west and allowed north light. It is also designed to make south canteen accessible from all sides. The design evolved with structural response and workability in mind.
The project began with an alloted site , on which soil investigation was done to better understand the soil properties. after analysis of data several iterations were designed for foundation according to the intensity of load on the given structure. alongside this experminent on soil improvement with the use of saw dust was also done on black cotton soil.
Concrete is the material used the most in the field of construction. Alongside being most consumed it is also the most harmful material. So different methods of using concrete are being explored. In the early explorations of Dyscrete, the concrete is observed to emulate a dye-sensitized solar cells. After several trials, you will be able to see the results that conclude that any surface of concrete can provide better alternative than conventional solar panels.
One of the modular spaceframe designed by a student was taken as a project to be fully built in actual scale by all 12 students from the studio. This task was completed within 11 days with rigoreous hardwork.
A logo for studio was proposed and executed by the students, which included the making of formwork, working on mix design, casting, and demoulding the Logo with Lightweight Concrete.
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