Does this fatigue analysis account for the range of frequencies the part is subjected to? For instance, would a 100 Hz have a different fatigue life than 1000 Hz? Or is the # of life cycles independent of frequency.
Brilliant video! A quick question, If i was to conduct a real life experiment of this fatigue loading. Would i be able to just use the material specimen. Or would I have to manufacture a connecting rod. Then undergo fatigue loading to get identical results as the simulated ones
First, I would like to thank you for the comment. To answer your question, you don't have to manufacture a connecting rod as long as you are paying attention to all the boundary conditions. All the current commercial FE software will give you accurate results.
Is it possible to carry out fatigue testing similar to this with carbon fibre in Ansys please? Im struggling as there is no S N curve for carbon in Ansys.
Sir can u please help mw this this question ? "Apply reverse fatigue load on the big and small end of the connecting rod and design based on Goodman’s Theory."
Hello really thank you for your video, it really helped, i have a question , when we say 1 million cycle, we mean 1 million cycle to the fatigue, or it is 1 million cycle of fatigue life and if it's that the case, what happens after fatigue life, please help me with this question
Yes, but you don't need to calculate the life of the component once you passed 1 million cycles. In this situation, the part is considered safe. In your analysis, you are depending on the material data of the S-N curve, which will be given by the engineering data (or you provide it).
1 million cycles and more is generally considered to be within the 'Infinite Life Regime' in design applications. This is the region at which parts are assumed to never fail. (unless in very high frequency applications).
Assalam o Alaikum Sir, I'm from Pakistan you are working good for us. Can you take force horizontally because crank shaft move in the engine to and fro motion
Hello, I am a mechanical engineer, and I wanted to thank you for your TH-cam channel which is an anthology of digital simulation. I am contacting you because I have a question regarding a feature of Ansys Workench, more specifically, the static calculation. In particular, I would like to know if it is possible to define a load (force or pressure) which depends on both x and y, a function with several spatial variables f(x,y) or f(x,y,z). And if you've ever made a video about it, I'd be interested in viewing it. Regards
Very helpful video
My research work on Fatigue behaviour of stud shear connectors in steel concrete composite beams
Very nice! Great presentation and explanation...
Thank you so much for your nice words.
Great video!
Thank you for the comment. I am glad that you find it interesting.
Best Explanation.Best lesson
Glad you liked it
Awesome video and channel, a very helpful tool in engineering study.
Thank you very much!
Does this fatigue analysis account for the range of frequencies the part is subjected to? For instance, would a 100 Hz have a different fatigue life than 1000 Hz? Or is the # of life cycles independent of frequency.
this video is so good. just solved my problems
I am glad that you find it useful. Thank you for your feedback.
Thank you sir, very helpful tutorial
Thank you so much for the feedback. I am glad you find it useful.
Hello, can we import data from vehicle dynamics test rig to ansys for fatigue analysis
Brilliant video!
A quick question,
If i was to conduct a real life experiment of this fatigue loading. Would i be able to just use the material specimen. Or would I have to manufacture a connecting rod. Then undergo fatigue loading to get identical results as the simulated ones
First, I would like to thank you for the comment. To answer your question, you don't have to manufacture a connecting rod as long as you are paying attention to all the boundary conditions. All the current commercial FE software will give you accurate results.
I want to learn Ansys software related to my research work by validating any one journal paper
Is it possible to carry out fatigue testing similar to this with carbon fibre in Ansys please? Im struggling as there is no S N curve for carbon in Ansys.
great job
Thank you so much for the comment. I am glad you find it interesting.
Thank you for your great video it is magnificent
Thank you for your comment. God bless.
Thank you, could you make a detailed tutorial about static & dynamic fatigue on wheel hub please?
Thank you. Please email me at mohamed.seif@aamu.edu to further discuss this request.
Did you get any solution, if then please reply?
its nice👌
hi grt video...by the way ur voice sounds exactly like football player zlatan ibrahimovic...zlatan is that u ?
عاشت ايدك رحم الله والديك
Thank you for the feedback and wishing you all the best
Sir can u please help mw this this question ? "Apply reverse fatigue load on the big and small end of the connecting rod and design based on
Goodman’s Theory."
Hello really thank you for your video, it really helped, i have a question , when we say 1 million cycle, we mean 1 million cycle to the fatigue, or it is 1 million cycle of fatigue life and if it's that the case, what happens after fatigue life, please help me with this question
its helpful .. Thank you
Can we calculate if a life of a component is more than 1 million?
Yes, but you don't need to calculate the life of the component once you passed 1 million cycles. In this situation, the part is considered safe. In your analysis, you are depending on the material data of the S-N curve, which will be given by the engineering data (or you provide it).
1 million cycles and more is generally considered to be within the 'Infinite Life Regime' in design applications. This is the region at which parts are assumed to never fail. (unless in very high frequency applications).
Assalam o Alaikum Sir, I'm from Pakistan you are working good for us.
Can you take force horizontally because crank shaft move in the engine to and fro motion
Wa Alikom Assalam. Thank you for the comment. This is a demonstrated example and you can apply the force in any direction you want.
@@drmseif Thank you sir you have responded my comment
I need your support in my research work
it would be so great if you upload the models
good and precise
Glad you think so!
That's amazing could you make a new video about explosion of gas tank that will be great.
Hello Sir,
Can you send the Step or iges file so that we can practice?
Please send me an email at: mohamed.seif@aamu.edu, and I will email you back the igs file.
im currently a mechanical engineering student and this video is really useful for us. Also how can we contact??
Thank you for watching the video. You can email me at: mohamed.seif@aamu.edu
Stress analysis which app please send link
Are you asking about the drawing, here is the link: th-cam.com/video/LdFuKepmrdQ/w-d-xo.html
Dear sir please assembly drawing
Hello,
I am a mechanical engineer, and I wanted to thank you for your TH-cam channel which is an anthology of digital simulation.
I am contacting you because I have a question regarding a feature of Ansys Workench, more specifically, the static calculation. In particular, I would like to know if it is possible to define a load (force or pressure) which depends on both x and y, a function with several spatial variables f(x,y) or f(x,y,z).
And if you've ever made a video about it, I'd be interested in viewing it.
Regards
Thank you for the comment. I am glad you find it useful