Table of Contents
What is Intze type water tank?
Intze Tank. Intze Tank. It is used to store large volumes of water at an elevation. Intze Tank essentially consists of a Top Dome (roof), the cylindrical wall and the floor slab, which is a combination of conical dome & bottom spherical dome.
Is code for Intze tank design?
Intze type tank is commonly used overhead water tank in India. These tanks are designed as per IS: 3370 i.e. Code of practice for concrete structures for storage of liquids.
What are the different structural elements of an Intze tank?
it is a gravity dam with an almost triangular cross-section. the wall is made of rubble stone with a high proportion of mortar. it has a curved ground plan. it has facing brickwork (Vorsatzmauerwerk or Verblendung) on the upper part of the upstream side.
What is the live load for top dome of Intze water tank?
Data sheet
| C | F | |
|---|---|---|
| 3 | Name of work:- | pkn |
| 4 | Tank capacity | 1000000 |
| 5 | Height of tower from G.L. | 16.00 |
| 6 | Live load on Dome | 1.50 |
What function did top ring beam perform in Intze type water tank?
The ring beam is designed for maximum bending and torsional moments while the annular raft slab is designed for maximum soil pressure from the bottom.
Which is code is use for design of water tank?
The codes that are used for water tank design is IS: 3370. The different parts of the code is mentioned along with the respective sections dealt.
Is code for water tank design?
The codes that are used for water tank design is IS: 3370.
What is dome in water tank?
Definition of tank dome : the vertical chamber on the top of a tank car.
Why dome is provided in water tank?
[A dome acts as a roof covering for cylindrical water tanks. The dome slab is cast between the ring beams provided at the top edge of the side walls of the water tank. The dome is designed for meridonial thrust and hoop force].
Which force is calculated for design of top ring beam?
Special Designs The ring beam (girder) is subjected to compression, bending, and torsion due to the weight of the tank and contents and horizontal wind or seismic force.
What are the methods of design of water tanks?
reveals the following four methods of designs:
- Working stress method in accordance IS 3370 (1965).
- Working stress method in accordance IS 3370 (2009).
- Designing by Ultimate Limit State and then checking. cracking width by limit state of serviceability IS 3370.
- Limit state design method by limiting steel stresses in.
Which design method is used for the design of water tank?
Water tank still designed by working stress method because of the advantages of working stress method. Following are the advantages of working stress method: Working stress method is a very simple method. Due to its simplicity, it is still used for the design of some Complex structures such as overhead water tank.
Which design method is used for design of water tank?
Which is code is used to design water tank?
How do you calculate water tank design?
- Depth of water H=3.5 -0.2 = 3.3 m.
- Volume V = 4,00,000/1000 = 400 m3.
- Area of tank A = 400/3.3 = 121.2 m2.
- Diameter of tank ≈13 m.
- The thickness is assumed as.
- t = 30H+50=149≈ 160 mm.
Which is code is used for design of water tank?
How do you size a water tank?
Capacity Calculation Formula
- Total Water Requirement = Number of persons X Minimum Water requirement = 10 X 135 Litres = 1350 Litres.
- We know, 1 m3 = 1000 litres of water.
- So the required storage volume for 1350 Litres = 1.35 Cubic Metre.
- Now we have calculated the volume of water requirement.