Fixed Price: $150 - $400
| Posted: 22 minutes ago | Ends: 14d, 23h |
Looking for quality practicing M&E engr who fulfils requirements below: -possess minimum qualifications of degree in M& E Engr -possess practical experience in building plans and solutions This is small project that involves drawing building plans and offering solutions to problems + preparing report If you fulfil requirements above, please send (a) samples of work done for previous clients (b) resume/ qualifications/practical work experience
Fixed Price: Not Sure
| Posted: 18h, 44m ago | Ends: 14d, 5h |
Hello, I need someone who prepare for me a video tutorial on how to analyze a radiator in Ansys using porous medium. I'll provide you a "agdb" file that containts the geometry, the named selections, etc. Ideally you should work in Ansys V15. I need a qucik turnaround. I'll provide more details to the right candidate.
Hourly Rate: $10 - $15 / hr
| Duration: Not Sure
| Posted: Aug 30, 2015 | Ends: 13d, 16h |
Hi Jay, We are a company in Aust looking for a draftsmen that can assist us with 2D product drawings with a quick turn around. We currently have 90% of our products already drawn by a local draftsman, however we continually have the requirement of doing changes to the drawings to suit the project / customer. We are a supplier of boilers, chillers, pumps, pressurization systems and much more. Would this be something that would interest you to look at? Also - if it works out, do we need to continue through E-lance or can we contact you direct? Regards, Cameron Automatic Heating Pty Ltd.
Fixed Price: $100 - $300
| Posted: Aug 29, 2015 | Ends: 12d, 13h |
Parametric analysis of Solidworks flow simulation are to be carried-out using flow simulation API, the main idea is to edit already generated codes in VB 6.0 into VB.net or C++ (prefeably C++) , a plugin in terms of fluid codes (using codes already generated in C++ for navier-stokes momentum equation) should be embedded into the solidworks flow simulation environment), the VB 6 codes are able to do the following: 1. Change different impeller types used for the study 2. vary fluid height in the mixing vessel 3. Varying impeller rotational speed 4. Vary impeller distance from the bottom of the mixing vessel The plugin codes are written in C++, and its untended to be introduced into the mixing vessel as an external fluid and different results ar intended to be generated from the simulation that would determine which impeller gives better homogeneity and at what impeller distance this should be achieved. My system config and software : Win 8, 64 bit, solidworks 2015 and MS visual st...