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The masonry structures which are constructed to provide the designed bed slope of the channel, at suitable intervals, are called canal falls. The canal falls are necessary in the following conditions: 1. When the slope of the ground suddenly changes to steeper slope, the permissible bed slope cannot be maintained. 2. When the slope of the ground is more or less uniform and the slope is greater ...

All fluids may be compressed by the application of external force, and when the external force is removed the compressed volumes of fluids expand to their original volumes. Telegram link : t.me/civilengineeringstudies24

HYDRAULIC STRUCTURES || VERTICAL DROP WEIR

PDF: t.me/civilengineeringstudies24

Sections designed for ultimate limit states (under factored loads) must be checked for serviceability (deflection, crack-width, etc.) under the expected 'service loads', as mentioned. The calculations require the computation of stresses under service loads. Moreover, these calculations form part of the working stress method of design (WSM). The basic assumptions involved in the analysis at the ...

'Modular ratio' m is defined as the ratio of the elastic modulus of steel to that of concrete. Concrete in the extreme tension fibre of a beam section is expected to crack for which we have to calculate Cracking Moment. For pdf : t.me/civilengineeringstudies24

This video deals with basic concepts in reinforced concrete design. The aim of structural design is to fulfil ,adequate safety (in terms of strength, stability and structural integrity), adequate serviceability (in terms of stiffness, durability, etc.) and economy Telegram channel link for pdf: t.me/civilengineeringstudies24

Water has a significant role to play in the making of concrete - in mixing of fresh concrete and in curing of hardened concrete. To ensure proper strength development and durability of concrete From this video student will able to understand the basic of water as an ingredient in concrete.

From this video the viewers are able to drawing the basics at key points to calculate the pressure at key points and the exit gradient and to plot the hydraulic gradient line for the elevation of subsoil.

Basic and simple discussion on calculating pressure at key points using Khosla's theory Students can easily understand how to calculate the pressure at key points

Aggregates are one of the well-mined materials in our world. Aggregates are used for preparation of materials such as concrete and other materials. In this video we will have basic idea of this aggregate within the following topics: 1. BASIC MATERIAL DESCRIPTION (AGGREGATE) 2. FINENESS MODULUS (FM) 3. AGGREGATE PROPERTIES AND TESTS 4. BUKING OF SAND 5. BLEEDING OF CONCRETE 6. GRADING REQUIREMEN...

The composition of reinforced cement concrete (RCC) involves the combination of cement, aggregates, water, and reinforcement bars. This video helps to understand the basic material of RCC like Concrete and its constituents. Reinforced Cement Concrete(RCC) || Introduction - th-cam.com/video/lYnRBBBQOio/w-d-xo.html

Reinforced concrete, which is concrete with steel bars embedded in it.The steel bar (embedded in the tension zone of the concrete) compensate for the concrete's inability to resist tension and many more, in this video was finely presented with fundamentals of RCC design concepts and easy to learn. If you want to download the PDF of this video then please follow the telegram channel link below. ...

This video will be efficient for all my youtube viewers who are wiling to crack SSC JE EXAMS. This video is an added information and support to their preparation for Hydraulic Structures..

KHOSLA'S THEORY_(THEORIES OF SEEPAGE_Part 6)

How to calculate the values 12.5 and 13.9

KHOSLA'S THEORY_(THEORIES OF SEEPAGE_Part 5)

LANE’S WEIGHTED CREEP THEORY

BLIGH CREEP THEORY_(THEORIES OF SEEPAGE)_3

BLIGH CREEP THEORY_THEORIES OF SEEPAGE_(Part2)

Introduction||Theories of seepage_Part 1

ROTATING DISC_Viscosity||Part_4

Viscosity part 3 || Questions set 2

FLUID MECHANICS||viscosity part 3_Questions

FLUID MECHANICS||viscosity|| part 2

Fluid Mechanics|| VISCOSITY||Part_1

How to calculate 66m 7.5m and 114.5 m in earthen dam

DIVERSION HEADWORK ||PART 2||LAYOUT AND DIFFERENT COMPONENTS

HYDRAULIC STRUCTURES||Diversion Head Work_Part 1