Where can i download the simulation

Thanks for the explanation. I would like to know if power will also be fed to the grid, if frequencies are 100% synced but generator voltage is raised above grid voltage?

which is the synchronization simulator?

Can any one help with this question - Locomotive boiler 0.403m3 of net furnace area supported by SA-266 stay bolts, spacedO.254m by 0.254m. Max Pressure = 3.7Mpa S = 138 Mpa a) Diameter of one stay b) Number of stay bolts required.

Thank you!

What will be the value of weld strength reduction factor "w" if the tubes are seamless and instead of strength welding tubes are connected through tube expansion process...?

Excellent way of teaching....!❤❤❤

This is simple and to the point. Nicely done.

at 8:08, the Discharge dynamic head calculation was wrong. DDH=49.97m

bro thank u 🙏

Note: in Canada, the electrons reverse direction 120 times a second. There are 60 complete cycles per second.

The best explanation i ever attended such topic Thanks brother for time and effort

Konsberg simulator 😂😂

Thank you

Don't you have to multiply by .5 in order to get the correct answer for the energy in the spring? If you multiply by .5, you'll get 0.52974 vs forgetting about the .5 you'll get 1.05948.

Hello, you need to set the sharp to Eng or Sci notation. A TI calculator will give inexact answers like the sharp when in normal mode. This is not a sharp specific thing. The normal mode on most calculators isn't intended to be super exact, its for general calculations and such.

Super

Hi. Thank you for your great videos. Could you explain why do you calculate DDH and SDH using atm pressure and not gauge pressure? 25 kPa (abs) is underpressure so why would this add to suction head?

I am now 72 years old. For 34 years I worked as an operator in natural gas burning generating stations with steam turbines and generators. So a number of times over my career I synchronized these units to the line. The units I operated were built in the 1950s. The synchroscopes on these units had a circular dial with a pointer that would rotate. There was a mark at the very top of the dial to indicate proper synchronization. There was also an arrow pointing left that was labeled slow and an arrow point right labeled fast. It typically took a few minutes to synchronize a unit to the line. It was easy match the generator voltage to the line voltage. However it took some time using the governor to achieve the synchroscope pointer rotating slowly in the fast direction. This was because the turbine speed tended to drift. Once the machine was just a little faster than the electrical system I would watch the pointer and close the circuit breaker when the pointer was close to the top. This was to have the generator circuit breaker close when the pointer was at the top. Today it common place for electricity generators to be equipped with automatic synchronization that performs all these steps automatically. I also have seen what happens when generator synchronization is done poorly. There was a turbine generator unit where the speed governor did not work. The speed of this unit had to be controlled using the load limiter, which only pulsed open or close the turbine control valves. As a result the synchroscope would rotate very quickly in the fast direction or very quickly in the slow direction. As a result ideal turbine speed could not be achieved. So operators tried to do as best as they could. One time I was at the boiler control board and another operator at the electrical control board synchronizing the unit. I heard a loud bang as the electrical system suddenly snapped the unit into synchronization and the floor of the control room jumped. Amazingly the unit kept running without problems. Synchronizing a unit to the line this way can cause considerable damage to the turbine generator and should be avoided.

Amazing video thank you for sharing this information go on Please

Oo

Anyone sept 23

Anyone for sept 23

God bless this man🎉❤

EXCELENTE VIDEO, MUITO OBRIGADO POR COMPARTILHAR ! THANKS !!

One of the best instructed module I have taken. Thank you

kzbin.info/www/bejne/gqDXZIiujbx0iqM

very good explanation, thank you sir

@ Working in Nunavut with jayjay explains woodward 2301

Thank you sooo much. You’re a totally a life saver 🙌🏼🙌🏼

Thanks Ryan , keep it coming

what is software name your used ?

At 3:16 you said that the valves control the flow of fluid. If you have fluid or liquid in a compressor, something is wrong and it's not gonna be a good day. Another engineer that's never serviced any of the crap you've conjured up.

Confusion in the naming of DSH :) @11:13 you refer to the "Dynamic Pressure Head" @11:45 you refer to the "Discharge Pressure Head". See also my comment in your Part 3 video.

@14:49 Second term on the RHS DPH should be the "Discharge Pressure Head" (Not "Dynamic Pressure Head") to be consistent with your "Pump Head Calculations 4" video @5:12 and later on in Part 4 - see my comment on that video. There is also an inconsistency with naming of this term if you compare this video @24:17 where you are discussing the input side. On the input side you refer to the equivalent term on the input side as the SPH "Static Pressure Head".

@5:06 First term on the RHS should be SDH "Static Discharge Head" compare with your "Pump Head Calculations 3" video @14:50

Can the generator synchronised while the synchronoscope turn to slow direction (CCW)

2x

what will happen if the voltage values ​​are different? isn't it if the phase is the same, then whatever the difference in the voltage value won't be a problem?

988.0 or 98.8kg/m3?? my decimal point was different?

How do I enable the Process Engineering menu?

👍 well explained, thanks

Thanks Ryan, that was so helpful

Power generation source has many AC generators and electricity is transmitted out through the same electric wire not necessarily turned on together, then why the sine wave does not go out of phase with each other? Thanks

Hi sir..your video is so knowledgeable sir..very much useful to the industrial engineering.. Thanks for the work you r doing... I want to know that In boiler water wall top header or bottom headers rise stub is there right ...what is the distance we have to maintain to keep the riser stub ....is there is any formula to find ... Plz...tell me..sir...if header is two riser stubs means ...what is the distance for that stubs we have to maintain .... And how to calculate no.of tubes for the water wall whether front wall ...RHS or LHS ..or REAR wall ...whatever ... Plz...put one video for how to calculate no.of tubes for the water walls...

Don’t you just have to set the Sharp to output scientific notation .

How to measure generator power when they are perfectly in sync with the grid? I mean how to measure "the pull" If they have same position

superb

You are a saviour sir!! Thanks

Great thanks Sir