It is great pleasure to have this opportunity and email you. First of all I want to introduce my self. I am adjal yassine from Algeria currently I am PhD candidate, my search project focus on the vibration analysis (Free and forced ) by using numerical methods such as FEM and BEM and also analytical methods such as DQM and DTM related to composite beam
But what I do maybe is different, I am working on developmenet new analytical for evalaute the effect of impact loading on cracked concrete beam
My objetcive also to evaluate the behaviour mechanical of cracks beam under cyclic loading.
I will be thankfull and happy to collaborate with you in topic which related to concrete beam, I am looking to evaluate stress around cracks in the case of impact loading( cyclic loading)
You are welcome. Thank you for you scientific interest. For more details you can find the next detailed paper entitled:
Contribution to Bridge Damage Analysis which its references are available on Google Scholar using the keyword search with Mohammed Lamine Moussaoui.
I am finding a great work in your research area this can be fruitful. I wish that it will be successful.
Another interesting topic is to detect random cracks which can happen at any time. This requires connected hardware to the analyzed structure and efficient computations.
Re : Eigenvector
No dynamic displacements nor rigid body ones ?
Mohammed lamine
In reply to Re : Eigenvector by mohammedlamine
Dynamic
Salem alikom
Hello Dr Mohamed lamine
In reply to Dynamic by Adjal
Re: Dynamic
Hello Dr Adjal,
You are welcome. Thank you for you scientific interest. For more details you can find the next detailed paper entitled:
Contribution to Bridge Damage Analysis which its references are available on Google Scholar using the keyword search with Mohammed Lamine Moussaoui.
I am finding a great work in your research area this can be fruitful. I wish that it will be successful.
Another interesting topic is to detect random cracks which can happen at any time. This requires connected hardware to the analyzed structure and efficient computations.