I'd be very interested to see a 3 body torsional simulation with a moment applied to one part transferring torque through 2nd into the 3rd component , simulating a torque transfer from component 1 to 3 via a splined connection.
@amanpatel85878 күн бұрын
In the fatigue option you applied the zero based fatigue loading from 0 to 1. It means the load is oscillating from 0 to 4000N? Can we put the frequency as well?
@ruhzainmir15 күн бұрын
Sir venkatesh 🎉 best teacher, ur teaching method is awesome
@themechanicalengineer14 күн бұрын
Thank you so much 🙂
@akshatsingh544216 күн бұрын
Which author databook you referred
@themechanicalengineer14 күн бұрын
PSG Design Data book
@AN-hb6ly17 күн бұрын
This channel is a goldmine. Shame it has so less views and subscribers
@themechanicalengineer13 күн бұрын
Thank you so much for your kind words! 🙌 I'm really glad you're finding the content valuable. Your support means a lot, and it helps motivate me to keep creating. Feel free to share the channel with others who might benefit from it! 😊
@F-kg5ut18 күн бұрын
Is it possible to save the material defined in Ansys WB to a location of our choice on the hard disk so that previous records are not lost when the hard disk is formatted?
@RAkashRAkash-dh8sw23 күн бұрын
😮
@shivxmr23 күн бұрын
nice video
@themechanicalengineer22 күн бұрын
Thanks
@मीएकमेकॅनिकलइंजिनिअरАй бұрын
Thank you very much sir 😊
@themechanicalengineer28 күн бұрын
Most welcome
@clivedias7258Ай бұрын
Thanks
@deepakg2762Ай бұрын
Nice 👍
@themechanicalengineerАй бұрын
Thanks ✌
@MathInsightCalcАй бұрын
Well done man!
@Paul-xv4bbАй бұрын
Where can i find the dataset? Excellent video by the way
@javedmalik1922Ай бұрын
If we have point load and distributed loads altogether on the same beam, then this equation will hold or we have to derive the new one?
@themechanicalengineerАй бұрын
If a beam has both point loads and distributed loads (UDL), the shear force and bending moment equations will not be the same as they would be for a beam with only UDL. You will need to derive new equations that account for the combination of both types of loads.
@niteshmech1Ай бұрын
Why Tempearture is NOT considered ? Any specific reason ?
@themechanicalengineerАй бұрын
No specific reason. For simplicity, I focused only on pressure in this analysis. However, in real-world stress analysis of a spherical pressure vessel, temperature should certainly be considered as it can significantly affect material properties and stress distribution.
@Kacih46dАй бұрын
How would you treat a plate that has a distributed and has 4 side welded to keep the contents inside.
@themechanicalengineerАй бұрын
I'm not an expert in welding design, but as a starting point, you'll need to look at the forces acting on the plate from the load it’s holding. From there, you can determine the type and size of welds required to handle those forces.
@dhinakaranveemanАй бұрын
Nicely explained
@themechanicalengineerАй бұрын
Thank you so much 🙂
@shivangsingh58342 ай бұрын
How do we know that w2= root(3k/m) and w1=root(k/m) can you exam sir?
@themechanicalengineerАй бұрын
In a two degrees of freedom (2-DOF) system, the natural frequencies 𝜔1 and 𝜔2 are determined from the system's dynamic equations, which are typically derived using methods like Newton's laws or Lagrange's equations.
@mk_mayank2 ай бұрын
superb lectures sir , thanks for this amazing lectures
@themechanicalengineerАй бұрын
It's my pleasure
@chemicalshogun2 ай бұрын
Thank you sir
@themechanicalengineerАй бұрын
Welcome
@cadinsider9642 ай бұрын
how will we validate or verify the current analysis?
@onlystatus60102 ай бұрын
Any idea about sone measurement
@themechanicalengineerАй бұрын
What kind of measurement you are expecting?
@onlystatus6010Ай бұрын
@@themechanicalengineer loudness measurements
@themechanicalengineerАй бұрын
My expertise lies in the vibration of systems, but for loudness measurements, you can use sound level meters (SLM) to measure sound pressure levels, usually in decibels (dB).
@rkjayakrishnan39972 ай бұрын
Great explanation.
@guliyevshahriyar2 ай бұрын
You guys are really special in terms of getting stuff together 👏👏👏👏👏👏 exceptional work!
@themechanicalengineerАй бұрын
Thank you very much!
@sandysanthosh37372 ай бұрын
Nice vedio
@bhuvanesht_t33682 ай бұрын
thanks for these lectures, they're very helpful and timesaving. Please include the final solution to tutorial problems at the end so that we can verify what we solve (here, it is available but in other lectures it's missing). Other than that, exceptional delivery and to the point! keep it up 🫡
@themechanicalengineerАй бұрын
Thank you and Noted your feedback.
@9LimaAlpha72 ай бұрын
well explaiend
@themechanicalengineerАй бұрын
Thank You
@sumanth20772 ай бұрын
Can I get report of it
@ayushshrivastav74422 ай бұрын
Sir is there references for the formula and table used
@themechanicalengineer2 ай бұрын
Yeah, I used PSG design data book.
@cs-qk9yw3 ай бұрын
Thank you so much...🎉❤
@themechanicalengineer3 ай бұрын
Welcome!!
@learnsomething99443 ай бұрын
Really appreciable video. ❤
@themechanicalengineerАй бұрын
Thank You
@jurgenmayr81643 ай бұрын
Great tutorial.. do you think there is a way to automate this process?
@عليياسرحسن-ن5خ3 ай бұрын
thank you so much
@themechanicalengineerАй бұрын
Welcome 😊
@MysteryMan-i8t3 ай бұрын
Sir could you please share the assembly and parts file, so that i can verify my doubts. Please sir
@MysteryMan-i8t3 ай бұрын
Sir could you please share the assembly parts, so that I can verify certain doubts. Could you please share the drive link
Thankyou very much for this . May God Bless you for your efforts :)
@themechanicalengineer3 ай бұрын
Thanks a lot.. This means a lot to me!
@adityaardhana19834 ай бұрын
where do i get S-N curve for fatigue analysis? when i clicked "solve" it asking for S-N Curve
@themechanicalengineer4 ай бұрын
For predefined materials, the SN curve is already available in ANSYS. For custom materials, the SN curve needs to be defined in the material information.
@SharonLeah-ur9zv4 ай бұрын
According to the body which shows the plan of the foot step bearing, when doing assembly drawing of it are we supposed to draw the full diagram or sectional
@themechanicalengineer4 ай бұрын
We should draw the full diagram, but we can convert the drawing into a sectional view. This helps in clearly showing the internal features and components, which are crucial for understanding the assembly and function of the bearing.
@sathiskumar21914 ай бұрын
Bro i need to learn complete welding and load calculation , are you take any special class or course
@themechanicalengineer4 ай бұрын
Bro. I am handling welding design only at the UG level. If the level of problems in these tutorials is enough, then I can help you.
@agentsmith79472 ай бұрын
Hello bro @@themechanicalengineer
@Konokdrums4 ай бұрын
Amazing work
@themechanicalengineer4 ай бұрын
Thank you!
@Shimji_th4 ай бұрын
Which version this is
@themechanicalengineer4 ай бұрын
R2023a Student
@CnetAz4 ай бұрын
You cut the chuck if in cnc simulator it overloads z
@themechanicalengineer4 ай бұрын
Yes I have given the stock very less... Kindly give proper stock while using...
@siavooush4 ай бұрын
hi where this file :(((
@themechanicalengineer4 ай бұрын
Which file do you want bro?
@jayamkings42994 ай бұрын
Sir please send coding
@themechanicalengineer4 ай бұрын
Bro, please don't use this code because I have given it just for demonstration purposes. For your machine, extract the code specifically.
@RiamurendaMatenzhe4 ай бұрын
How do u know T3 and T4 is facing which direction (ur T3 n T4 is facing left direction which means T3 n T4 it's going down) or it's bcz we following the direction of weighing of pulley Design n6 from college
@RiamurendaMatenzhe4 ай бұрын
Sir help me I'm lost im Calculation of Forces acting on Pinion (P) wen we ar drawing forces I don't understand why is Big circle being called driving gear and sometimes is Driven Gear ,im lost 😐 i only know that if we came a cross 2 gears meshing The bigger 1 is Driven and smaller one is driver
@themechanicalengineer4 ай бұрын
It's not about the size of the gear. In the question, if it is stated that "the shaft or gear receives power," it means it is a driven gear. If it is stated that "the shaft or gear delivers power," it means it is a driving gear.