All your videos about unconventional machining process made me to pass the exam even without having any study material... Thank you so much for your animations and i hope you continue the same with all other engineering topics with beautiful and clear cut animations...❤
Water Jet Machining is a cutting process that uses high-pressure water to cut materials. The following are the key process parameters that influence the outcome of the process: Water Pressure: The pressure of the water jet is a critical parameter that determines the cutting speed and the quality of the cut surface. Flow Rate: The flow rate of water, or the volume of water that is delivered per unit time, is another key parameter that affects the cutting speed and quality. Orifice Size: The size of the orifice, which is the opening through which the water jet exits the nozzle, influences the cutting speed, quality, and energy of the jet. Abrasive Type and Size: The type and size of abrasive used in the water jet influences the cutting speed and the material removal rate. Stand-off Distance: The stand-off distance is the distance between the nozzle and the workpiece, and it influences the cutting speed, quality, and energy of the jet. Nozzle Tilt Angle: The angle at which the nozzle is tilted relative to the workpiece surface affects the cutting speed and quality of the cut. Feed Rate: The speed at which the water jet moves over the surface of the workpiece, known as the feed rate, also influences the cutting speed and quality of the cut.
All your videos about unconventional machining process made me to pass the exam even without having any study material... Thank you so much for your animations and i hope you continue the same with all other engineering topics with beautiful and clear cut animations...❤
Yes
True story mate!
You made the whole process look very simple. Thank you.
Thankyouu, this is veryy helpful. i have an exam tomorrow gonna spend the night learning from your videos. cheers :)
I recommend your channel for Advanced Manufacturing Process 👌👌
Thank you so much...
I liked your voice ... and your way of explaining
Ur a legend
U deserve 100k subscription
Very useful video 💯🙌
Assalamualaikum.
Good information bro. Keep it up.
Ini menarik akan lebih bagus bila proses kerja mesin ditujukan saat di gunakan
very good information
thanks sir you give lots of explanation
Thank you for explaining
You're welcome, support my work by sharing my videos with your friends so that I keep creating such videos for all...
Nice explanation
Nice explanation bro
Thanks for the clear explanation.
good
explanation
Thank you sir.
So cool really 😎
Thank u sir
Keep up the good work👍
thank you
Sir pls explain the AFM Abrasive flow machining
Please also explain the topics of machine tooling system.
..
Nice
It's not rimming, it's reaming. Thanks. :)
Gurur devo namah 🙏
Really good explanation
Which software is used to creating animation??
Super
How about water jet preening
good
Where can I buy this machine?
tq sir
Thank you
Nice video! Any further readings links? Or bibliography that is used for this video?
hiruni thama mage jiwirhee
hiruni
hiruni
hiruni
hiruni
hiruni
hiruni
Process parameters of Water jet machining
Water Jet Machining is a cutting process that uses high-pressure water to cut materials. The following are the key process parameters that influence the outcome of the process:
Water Pressure: The pressure of the water jet is a critical parameter that determines the cutting speed and the quality of the cut surface.
Flow Rate: The flow rate of water, or the volume of water that is delivered per unit time, is another key parameter that affects the cutting speed and quality.
Orifice Size: The size of the orifice, which is the opening through which the water jet exits the nozzle, influences the cutting speed, quality, and energy of the jet.
Abrasive Type and Size: The type and size of abrasive used in the water jet influences the cutting speed and the material removal rate.
Stand-off Distance: The stand-off distance is the distance between the nozzle and the workpiece, and it influences the cutting speed, quality, and energy of the jet.
Nozzle Tilt Angle: The angle at which the nozzle is tilted relative to the workpiece surface affects the cutting speed and quality of the cut.
Feed Rate: The speed at which the water jet moves over the surface of the workpiece, known as the feed rate, also influences the cutting speed and quality of the cut.
@@ADTWstudy thank you sir
Zendex?
This topic in hindi
To get all videos in Hindi subscribe to my Hindi channel: ua-cam.com/channels/UyZ_S60ZHBOYZv977s1r_A.html
hiruni
hiruni
R u Muslim?🤗
Yes
hiruni
hiruni