As i am aware of the Additive Manufacturing is one of the best approach in which the work can be done and in recent years many people also done many thing in this in my college one PhD scholar is working on controlling the temperature at the tip where the output of the fluent take place in FDM and as i am masters student i have studied the subject and work in the lab for 6 months. Can anyone suggest me any new possibilities on which PhD can be done in future or the research work can be started.
A lot of challenges still existed to apply various Additive Manufacturing techniques to produce a high quality product, I suggest to you some points that might help as follows:
1- Controlling and optimizing the processing parameters to eliminate or reduce the defect of the as-built parts.
2- Studying the effect of post-processing treatment on the quality and mechanical properties of parts as compared to the as-built parts.
3- Mathematical modeling and simulation of the melting and solidification process to predict the relative density, dimensional accuracy, or microstructure characristics.
4- Try to focus on improving the performance characteristics of specific application part using the lightweight and design flexibility offered by additive manufacturing.
These are some general points that might help you to select a point of research according to the existed facilities in your institution.
Good luck :)
Research in additive manufacturing or FDM that looks at improving the speed (fusion & deposit) would be great. Operational speed remains a drawback.
Ahmed H. Maamoun Thank your for your valuable suggestion i will take a look on it. I also send you the message in this regards. Please take a look
For example:
1) For optimization the process, you can made parts with different processing parameters and "measure" the geometry with a scanner and compare with GOM software the geometry of the part with the 3D CAD model;
2) Another way may be to establish the relation between different tip hole and the speed of process and quality of the part.
Research in in-situ additively manufactured high strength alloys with enough ductilization might be considered.
Chunjie Huang can you share the proper insight on this topic please so that i can check the things and apply for the project if possible. I am so great full of you.
Hello Mohammad Abboud
I go through your answer and it give me the detailed information in this regards. I am really great full that you take out your time and suggest me the various process and what i can do and how can i reach there. By going through your answer i able to get some idea on what i have to work and where i have to work.
Thank you again Mohammad Abboud
Regards.
Additive manufacturing is one of the finest approach to produce biomedical implants with greater reliability. The process also helps to fabricate anatomical parts directly from Computed Tomography (CT) images.
Hello everyone. I have read up to date paper about defects in additive manufacturing. I want to focus on porosity study in AM using SLM. I want to find out if anyone has a suggestion of topics I can work on as a new Phd student in my school. I realized ,majority of the current research deals with models as well and I do not have much experience using Machine Learning and Python. But your kind advice will be helpful with respect to suggestions on what I can do. Thanks you all. Mohammad Abboud Chunjie Huang Ahmed H. Maamoun Abhijeet Agarwal Lanre Daniyan
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