Looking for Mechanical Engineer to calculate pressure and structural parameters (material and wall thickness) of small, high temperature pressurized capsule to conduct evaporation experiments of Aluminum, Beryllium and Lithium Fluoride. Goal of the experiments is to maximize mass of evaporated material and minimize mass of the capsule.
Please check attachments with capsule drawings. The capsules will be filled with Aluminum, Beryllium and Lithium Fluoride solid powder at fill rate (by volume) as shown in the drawings, evacuated and heated to Tboiling+ temperatures. You have to calculate vapor pressure as function of temperature and fill fraction, choose appropriate structural material, and calculate wall thickness.
Deep Green Technology
22 freelancere byder i gennemsnit $153 på dette job
i can do the analysis of this capsule and can evaluate the required information, please contact for detail discussion hope to hear from you soon thanks ashraf shekh design solutions
Hello dear, I'm a [login to view URL] engineer. Iam expert in thermal Engineering and structural designs so I can help you for sure in your task. Thanks
Hi, I went thru the project description This project can be done. You may see my previous projects and reviews Cost can be negotiated I look forward to hearing from you Thanks Regards Thushara
I am a veteran mechanical engineer. I can help with this calculation. I can use ansys or abaqus for simulation and analyzing. contact if interested. ...............
i already have the experience to find out the heat transfer relation between dfo storge tanks for naffco dubai and done some thermal calculations to find the adiabatic flame temperature.
I am good in mechanical and thermal calculation. I can perform your calculation Relevant Skills and Experience Mechanical calculation Thermal calculation FEA
Hi I would love to do your task. If you hire me, i won't let you down. I can provide you all these things with unlimited revisions till the satisfactorily completion of [login to view URL] for your message .Thank you