Undistorted and Distorted Model in Dimensional Analysis | Dimension Analysis in Hindi | Hydraulics

#Undistortedmodel #distortedmodel #dimensionalanalysis
Undistorted and Distorted Model in Dimensional Analysis is useful for better understanding types of model in dimensional analysis.
before this watch what is model and prototype
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similitude or similarity & Types of Similarities in Dimensional Analysis
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Fluid Mechanics Chapter wise playlist link is here:
Fluid statics (Pressure Measurements)
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Laminar flow in pipe (Viscous flow)
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Notch and weir
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Fluid kinematics
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Fluid dynamics
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Total pressure and center of pressure
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Hydroelectric power plant
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Turbulent flow in pipes
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Solved example of Turbulent flow
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flow through pipe
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Solved example of flow through pipe
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Dimension analysis and similarities
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Boundary Layer
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Properties of fluids
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open channel flow
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Motivational video
• motivational video
#undistortedmeaning #undistorted #undistorteddefinition #reynoldsmodellaw #distortion #froudemodellaw #froudemodellawformula #webersmodellaw #eulersmodellaw #modelandprototyperelations #machmodellaw #modelandprototypeinfluidmechanics #civil #mechanical #fluidmechanics #dimensionalanalysis #undistortedanddistortedmodelindimensionalanalysis #dimensionalanalysisandsimilarity #gtu #rtu #gpsc #professornidhitrivedi

[@SamirKumar-sz8qj]

Ma'am your teaching boost my confidence to understand .Tq

[@professornidhitrivedi4412]

Thank you Samir 🙂 do practice 🙂 All the best for exam 🙂

[@asimkhan9428]

Thankyou so much mam alots of respect from pakistan

[@professornidhitrivedi4412]

Thank you 🙏🏻 all the best for exam 🙂

[@amirkhan-ih1wd]

Well explained

[@akashbabaria1444]

Can u tell me plz
Example of geometrically similar and kinematically differ prototype and their model
Reynolds no. Same hai

[@ssrcreation7994]

Nice teaching techniques

[@professornidhitrivedi4412]

@SSR Creation thank you 🙂 stay connected to channel 🙂 Do subscribe 🙂

[@ssrcreation7994]

Mam for preparation of SSC je according to syllabus plzz uploaded video numerical and theoretical in systematic way

[@shamsherkhan6795]

Mam thankyou for study

[@aviraj_kamble7]

Analysis of distorted model is more difficult than undistorted model
Is it true?

[@amirkhan-ih1wd]

Numerical on above topics i.e distorted model

[@vijay-ik4iw]

madam please change your camera

[@uweysyaman346]

The measured hydraulic data of a river is given below:
In low season: In high season:
Discharge=10 m3/s Discharge=50 m3/s
Flow depth=2 m Flow depth=4 m
Flow velocity=1.5 m/s Flow velocity=3 m/s
Free surface width=2.5 m Free surface width=5 m
Small scale hydraulic model of this river will be made in a laboratory. The laboratory is 10m high, 100m long and 25 m width.
The model is to be constructed from non-cohesive immobile sands in the available range of 6mm - 14 mm.
Question:
A distorted model of this river is going to be constructed in the laboratory. Determine;
a) Scale number of horizontal lengths
b) Scale number of vertical lengths
c) Distortion factor.
Hint: You are free for making some assumptions if necessary. If a Figure is used from the lecture notes, the Figure number has to be referred in the solution.
can you help me out with solving this question ?