Viewd Mechanical
Viewd Mechanical
  • Видео 130
  • Просмотров 240 621
How to draw Shear Force and Bending Moment Diagram for Overhanging beam with a UDL | Viewd
Drawing Shear Force Diagram and Bending Moment diagrams is easy for simple beams and loadings but many people find it difficult to draw for an overhanging beam with udl and uvl. But that is also simple if the concept of finding shear forces and bending moments at different sections of beams is clearly understood.
An example problem is discussed in this video on drawing Shear Force Diagram and Bending moment diagram.
How to draw SFD and BMD concave up or concave down: ruclips.net/video/iU5GM-TxstQ/видео.html
Mechanical Interview Questions: bit.ly/interviewmechquestions
Fluid Mechanics GATE lectures: bit.ly/FMGATE
Engineering Mechanics GATE lectures: bit.ly/Enggmechgate
Strength of Materials GATE...
Просмотров: 528

Видео

How to solve Torque or Twisting moment in compound shaft problem in easy way | Viewd Mechanical |SOM
Просмотров 2,7 тыс.3 года назад
Many people find difficult solving the twisting moment problems and it becomes tough when there is a compound shaft. This video shows how to solve Twisting Moment or Torque problems easily with an anology of Longitudinal force in bar fixed at both ends. Mechanical Interview Questions: bit.ly/interviewmechquestions Fluid Mechanics GATE lectures: bit.ly/FMGATE Engineering Mechanics GATE lectures:...
When tipping and sliding happens? | Viewd Mechanical
Просмотров 6 тыс.4 года назад
Tipping or toppling and sliding are the concepts of Mechanics. When does a body tips and when does a body slides? To answer this question we need to understand why sliding happens and why tipping happens. This video consists a detailed explanation of tipping and sliding and effect of friction and coefficient of friction on tipping or toppling and sliding. Prerequisite: You should be aware of co...
Why can't we divide by zero? - Viewd
Просмотров 1994 года назад
We learned that dividing a number by zero is not defined. But why it is not defined or why can't we divide a number by zero. It can be explained in many ways. This video presents you 3 ways to explain why can't we divide by zero. Mechanical Interview Questions: bit.ly/interviewmechquestions Fluid Mechanics GATE lectures: bit.ly/FMGATE Engineering Mechanics GATE lectures: bit.ly/Enggmechgate Str...
Find Coriolis Acceleration direction easily
Просмотров 10 тыс.4 года назад
Coriolis Acceleration exists when there is movement of slider on a rotating bar. We can find it's magnitude easily as twice of product of angular velocity of rotating bar and velocity of slider. Some people find it difficult in finding the Coriolis Acceleration direction. This video contains a simple trick to find the Coriolis Acceleration direction easily. Mechanical Interview Questions: bit.l...
Every Isentropic Process is not Adiabatic | Reversible Adiabatic vs Isentropic Process
Просмотров 1,8 тыс.4 года назад
Every Reversible Adiabatic Process is Isentropic Process. But every Isentropic Process is not Adiabatic or Reversible Adiabatic. Some heat rejection processes can be Isentropic. Adiabatic process is where there is no heat transfer. Isentropic process is the one where entropy remains constant. For interview Questions : Subscribe viewd Mechanical:
Characteristic Length in Heat Transfer | Forced, Free Convection | Lumped Heat Transfer
Просмотров 7 тыс.4 года назад
Characteristic Length can be observed in Heat Transfer in Forced convection, Free convection and Lumped Heat Transfer topics. In Nusselt number, Grashof number and in Biot Number this characteristic length is used. Mechanical Interview Questions: bit.ly/interviewmechquestions Fluid Mechanics GATE lectures: bit.ly/FMGATE Engineering Mechanics GATE lectures: bit.ly/Enggmechgate Strength of Materi...
Does Needle float on water? | Interview Question
Просмотров 2,8 тыс.4 года назад
Does Needle float on water? What is surface Tension? Why does, needle, insects do not sink into water? These type of questions may be asked in interview for a mechanical engineering student. For more interview questions click here: Subscribe the channel:
How to select Characteristic in Length Fluid Mechanics | Reynolds Number | GATE
Просмотров 3,2 тыс.4 года назад
Characteristic Length selection in Fluid Mechanics is based on concept of Boundary Layer Development. NOTE: INCASE OF ANNULUS I DIDNOT MULTIPLY 4 WITH CROSS SECTIONAL AREA BY MISTAKE..PLEASE REVIEW IT. For more content subscribe Viewd Mechanical: bit.ly/viewdmechsubs Interview questions for mechanical: bit.ly/interviewmechquestions
What is biot number and it's significance? | Unsteady heat transfer | Lumped Heat transfer
Просмотров 7864 года назад
Lumped Heat transfer model is a special type of unsteady heat transfer. To apply Lumped Heat transfer model Biot number is determined for system.
What is Nusselt number? and what is its significance? | Interview Questions
Просмотров 10 тыс.4 года назад
What is Nusselt number and it's significance? What is difference between biot number and Nusselt number? For more interview Questions for mechanical click here: bit.ly/interviewmechquestions
What is the effect of Cross Sectional Area on Pressure and Velocity in a pipe? | Interview Questions
Просмотров 20 тыс.4 года назад
How the Pressure and Velocity changes in a pipe with cross section? For more interview questions in mechanical engineering click here: bit.ly/interviewmechquestions
What is the formula for work done in Irreversible process?
Просмотров 7564 года назад
What is the formula of Work done for irreversible process and reversible process? Difference between those processes is discussed in this video. Mechanical Interview Questions: bit.ly/interviewmechquestions Fluid Mechanics GATE lectures: bit.ly/FMGATE Engineering Mechanics GATE lectures: bit.ly/Enggmechgate Strength of Materials GATE lectures: bit.ly/SOMGATE Subscribe Viewd Mechanical: bit.ly/v...
Popular question on Capillarity in interviews
Просмотров 4324 года назад
Mostly asked question in interviews on Capillarity- What happens when Capillary tube length is less than the capillary rise? Does liquid over flows? or Liquid does not rise?
What is Simple Harmonic Motion? | Vibration | Angular Frequency | Linear Frequency
Просмотров 1894 года назад
Simple Harmonic Motion, displacement, Amplitude, Angular Velocity, Velocity, Acceleration, Angular Frequency, Linear Frequency, Time period of simple harmonic motion are discussed in this video. Mechanical Interview Questions: bit.ly/interviewmechquestions Fluid Mechanics GATE lectures: bit.ly/FMGATE Engineering Mechanics GATE lectures: bit.ly/Enggmechgate Strength of Materials GATE lectures: b...
What is Hydrostatic Paradox?
Просмотров 1,2 тыс.4 года назад
What is Hydrostatic Paradox?
What's the difference between Resilience, Toughness?
Просмотров 5004 года назад
What's the difference between Resilience, Toughness?
Is every Elastic Material linear?
Просмотров 6 тыс.4 года назад
Is every Elastic Material linear?
Why do we draw SHEAR FORCE and BENDING MOMENT Diagrams? | Viewd Mechanical
Просмотров 1014 года назад
Why do we draw SHEAR FORCE and BENDING MOMENT Diagrams? | Viewd Mechanical
Fluid Mechanics | L60 | Dimensional Analysis | Model and Prototype | Problems | GATE, ESE
Просмотров 10 тыс.4 года назад
Fluid Mechanics | L60 | Dimensional Analysis | Model and Prototype | Problems | GATE, ESE
Fluid Mechanics | L59 | Dimensional Analysis | Model and Prototype | GATE, ESE
Просмотров 16 тыс.4 года назад
Fluid Mechanics | L59 | Dimensional Analysis | Model and Prototype | GATE, ESE
Fluid Mechanics | L58 | Boundary Layer Theory | Problems | GATE, ESE
Просмотров 9444 года назад
Fluid Mechanics | L58 | Boundary Layer Theory | Problems | GATE, ESE
Fluid Mechanics | L57 | Boundary Layer Theory | Boundary Separation | GATE, ESE
Просмотров 2184 года назад
Fluid Mechanics | L57 | Boundary Layer Theory | Boundary Separation | GATE, ESE
Fluid Mechanics | L56 | Boundary Layer Theory | Von Karmann Momentum Integral Equation | GATE, ESE
Просмотров 3114 года назад
Fluid Mechanics | L56 | Boundary Layer Theory | Von Karmann Momentum Integral Equation | GATE, ESE
Fluid Mechanics | L55 | Boundary Layer Theory | Thickness | GATE, ESE
Просмотров 3884 года назад
Fluid Mechanics | L55 | Boundary Layer Theory | Thickness | GATE, ESE
Fluid Mechanics | L54 | Turbulent flow through pipes | Smooth, rough pipe | GATE, ESE
Просмотров 1,4 тыс.4 года назад
Fluid Mechanics | L54 | Turbulent flow through pipes | Smooth, rough pipe | GATE, ESE
Fluid Mechanics | L53 | Laminar flow through pipes | Problems | GATE, ESE
Просмотров 4814 года назад
Fluid Mechanics | L53 | Laminar flow through pipes | Problems | GATE, ESE
Fluid Mechanics | L52 | Laminar flow through pipes | Shear stress | Velocity profile | GATE, ESE
Просмотров 7 тыс.4 года назад
Fluid Mechanics | L52 | Laminar flow through pipes | Shear stress | Velocity profile | GATE, ESE
Fluid Mechanics | L51 | Flow through pipes | Problems | GATE, ESE
Просмотров 3514 года назад
Fluid Mechanics | L51 | Flow through pipes | Problems | GATE, ESE
What are the Top 12 inventions that changed the world?
Просмотров 1824 года назад
What are the Top 12 inventions that changed the world?

Комментарии

  • @georgen9755
    @georgen9755 Месяц назад

    Environmental engineering

  • @anabelgisel
    @anabelgisel Месяц назад

    Thank you!!

  • @SainathReddy-lh9zj
    @SainathReddy-lh9zj Месяц назад

  • @JoeShmoe-f4w
    @JoeShmoe-f4w 2 месяца назад

    alpha is usually used to express isothermal compressibility not beta

  • @digguscience
    @digguscience 3 месяца назад

    the explanation is very impressive

  • @krishnakumarsubramanian5447
    @krishnakumarsubramanian5447 3 месяца назад

    Horrible beyond belief, utterly third-rate.

  • @adityajani2710
    @adityajani2710 4 месяца назад

    sorry but not at all an explanative , still cant understand how does accn in x direction depends on velocity in y direction

  • @rajeewprasath7879
    @rajeewprasath7879 4 месяца назад

    This helped to ease understanding. Thank you.😊

  • @Girgune
    @Girgune 6 месяцев назад

    Pahale condition me reaction ka force liya hi nai , aur jo bhi liya he force liya he vo downward hoke negative me Jana chahiye tha ,

  • @whitecandy3312
    @whitecandy3312 7 месяцев назад

    Thank you 🙏 sir

  • @shubhamjadhav8259
    @shubhamjadhav8259 7 месяцев назад

    Conceptually it's correct

  • @shubhamjadhav8259
    @shubhamjadhav8259 7 месяцев назад

    Na/2 is anti clockwise

  • @shubhamjadhav8259
    @shubhamjadhav8259 7 месяцев назад

    Fh is clockwise not anti clockwise

  • @soewin9784
    @soewin9784 7 месяцев назад

    🎉🎉🎉

  • @X_is_learning
    @X_is_learning 8 месяцев назад

    thank you

  • @alperenkurt2892
    @alperenkurt2892 8 месяцев назад

    what is the meaning of T shaft direction (CW) in 2nd question? What should we understand from there if we handle all the things by looking at the water exit directions?

  • @etharmohammed9079
    @etharmohammed9079 9 месяцев назад

    What is the name of the book this from?

    • @alperenkurt2892
      @alperenkurt2892 8 месяцев назад

      Yunus Çengel, Essentials of Fluid Mechanics.

  • @ajaykumarpandit9312
    @ajaykumarpandit9312 9 месяцев назад

    FAKE

  • @user-kr2ph5ek3o
    @user-kr2ph5ek3o 9 месяцев назад

    So helpful

  • @6feet6inch-solid
    @6feet6inch-solid 9 месяцев назад

    well done did the shittest job at explaining

  • @dariusz.9119
    @dariusz.9119 10 месяцев назад

    Amazing explanation! Thank you so much

  • @dweeder1453
    @dweeder1453 10 месяцев назад

    Your writing is so good. Well done. What software/hardware are you using for writing?

  • @suryanshsingh6423
    @suryanshsingh6423 10 месяцев назад

    Thank you🙏🙏🙏

  • @kumarshubham1164
    @kumarshubham1164 11 месяцев назад

    Sir may i know the book you use??

  • @cakefactoryy
    @cakefactoryy 11 месяцев назад

    Man, thank you so much for this!

  • @herseyodtuyeyataygecisyapm7364
    @herseyodtuyeyataygecisyapm7364 11 месяцев назад

    very useful thank you very much professor

  • @karthikp2650
    @karthikp2650 Год назад

    I didn't understand how it comes rho+do rho/do rho x (dx).kindly tell me

  • @ahmedqusrookhan2427
    @ahmedqusrookhan2427 Год назад

    Effinity law

  • @0531miggy
    @0531miggy Год назад

    thank you!

  • @ashutoshsingh1137
    @ashutoshsingh1137 Год назад

    What happened about Q???

  • @Muneer99
    @Muneer99 Год назад

    Thank your very much sir..... It was awesome.... And it helped me a lot....

  • @kanakarajulinga9596
    @kanakarajulinga9596 Год назад

    Thank you

  • @Geogia679
    @Geogia679 Год назад

    OMGG! i was confusing about this topic all the time and i can't truely understand what my lecturers taught..so i started to find out with internet and again i couldn't find the right solution to solve my problem but finally i found this video and now i completely get what this really means yayyyyy

  • @kshitijverma25
    @kshitijverma25 Год назад

    Thnku

  • @carmenm.dominguez3058
    @carmenm.dominguez3058 Год назад

    Hi! Same definition of characteristic lenght applies to the calculation of the Peclet number? Thanks!

  • @arvind7392
    @arvind7392 Год назад

    sir i have one doubt, while deriving the bernoulli's eqn we used workdone which is F*D , where F is replaced by pressure * area , this is the pressure which comes in final equation. then how come this pressure is different and hydrostatic pressure is different ?..............in bernoulli's eqn pressure acting on pipe wall is not considered, then how you use that to explain??

  • @bhanukatakamsetti7105
    @bhanukatakamsetti7105 Год назад

    Or you could just say it as pressure in the fluid and pressure exerted by the fluid 😉

  • @ashishshrivastv8375
    @ashishshrivastv8375 Год назад

    The formula of corilios force Fc = -2m(angular velocity cross product velocity measured in rotating frame) . Now if i find the direction of corilios force by right hand rule , i am getting all the direction in opposite direction of yours . Request you explain the same.

  • @abhishekrajput8239
    @abhishekrajput8239 Год назад

    Very nice bro😊

  • @spideyguy1389
    @spideyguy1389 Год назад

    Thank you sir... can you do videos on solving problems on Navier Stokes too please?? Im struggling with that

  • @kishordhami6129
    @kishordhami6129 Год назад

    Your preparation doesn't match

  • @dexcaps6333
    @dexcaps6333 Год назад

    How about butane? I can't find any solution on how butane was named R-600. Thanks

  • @kakqrot
    @kakqrot Год назад

    This was helpful. Thanks mate.

  • @backpacker4342
    @backpacker4342 Год назад

    Best explained.

  • @saddam6355
    @saddam6355 Год назад

    Good work.❤

  • @mdmohabbotali7184
    @mdmohabbotali7184 Год назад

    jajakallah khairan

  • @manoVbloge87
    @manoVbloge87 Год назад

    Hindi bol lo bhai Hindustan main 90 percent log hindi language use karte hain

  • @borderm3
    @borderm3 Год назад

    This is all assuming you have adequate flow rate to keep the cavity full of fluid at all times? E.g. doesnt this break down when you go from a cross section to a relatively absurd cross section. For example when fluid leaves a hose into the environment. The pressure clearly does not increase, yes?

    • @borderm3
      @borderm3 Год назад

      The density is calculated by the volume and not the density of the fluid itself? If so this probably solves my problem

  • @14dayztimeap8
    @14dayztimeap8 Год назад

    Presentation is not so fascinating but this topic is really helpful.I was searching for this topic and found your video. Subscribed.

  • @iamcivilengineer7410
    @iamcivilengineer7410 Год назад

    watched a lot of videos out there to clear my doubts but this video clealred all my doubts and thankyou mate for wonderful explanation.