Water Tanks Design Excel Sheets
Published 10/2024
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 2.12 GB | Duration: 1h 37m
Excel Design Sheets (Civil Design)
What you'll learn
Civil Engineers will learn to design different components of building design like slabs, beams, columns,footings, staircases, water tanks through Excel Sheets
Excel design sheets will saves lot of time in designing and help to achieve economical structural design is easy way.
Benificial for Btech, Mtech (structure), Architects, Site supervisor, Contractors working in field.
Step wise design of building from top slab to beam to column to footings, staircases etc.
Requirements
Simple Excel sheets anyone can operate useful for civil engineering design
Description
RCC Water Tank Design Excel Sheet are easy way to get the design done in quick and precise manner. Water Tanks are common in every day to day Life. Structural Design Engineers, Architect, Consultant and Students of BTech and MTech , diplomas and Contractors can use these sheets to design different types of Water Tanks for Homes, industry, hostels, buildings , hotels etc.RCC Water Tanks like Rectangular Water Tanks resting on Grounds with condition when tank is full and when tank is empty, Rectangular Underground Water Tanks, Circular Water Tanks placed underground, Overhead Circular Water Tanks and INTZ Tank design Detailed Explained videos on different Water Tanks available with Design Sheets Students will learn to design Water Tanks with actual manual Design concept.Water Tanks are very common now a days , hence important for everyone to know the design concept , Civil engineering students and consultants, freelancing designers could use these design sheets to design Water Tanks.To design water need capacity of the society and city overhead water tanks are used and in the building mostly overhead RCC Water tanks are used. We need to find out the design capacity then design of different elements like Walls of water tanks , top slab and bottom slabs are designed according to different conditions and parameters.