I am working on an animated movie, and it involves determining the rope tension, cof, ect. for double incline plains, as well as, bouncy calculations. It involves how the Giza Pyramids were built.
The theory is, the Causeway, which has two platforms separated by approx. 10 feet, was a "Water Funicular" system. Stones were floated down the Nile on barges, and then engaged into a funicular like system. Once at the top with stones removed, the barges were rotated and re-engaged on the other platform, then filled with water as the counterweight. At the bottom, those barges were drain, and re-floated. Explains why there are large entrapment walls surrounding the Pyramid, and we have located an ancient canal.
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No iron, just polished granite and copper and/or other materials, with a cof is approx. .08. Need to obtain equilibrium, with various combinations of weight, and cof.
Currently the causeway is 4.6 degrees. And, the Pyramid flank is 52 degrees. There are no double incline plain (simple machines) calculators on line, and the math required is over my head. In College, I did not major in Engineering. Need help.
If you are interested in helping us, please contact me.
Steve Clayton
sclayton@[login to view URL]
Hello dear,
I am a M.Sc. engineer from Egypt, I am expert in civil end Mechanical designs and calculations so i can help you for sure in your task and i am very interested in it.
Thanks
Hello
I am a mechanical engineer with more than 13 years of experience in machine design, CAD, finite element analysis and Automotive. I have more than 10 years of experience as a freelancer. I read the job description and I am capable to do it.
thank you
Professional engineer with 39 years of experience can help you ...................................................I have mechanical design and development experience
Dear Hiring manager,
I am a Mechanical Engineer working in the designing field since more than 4.5 years.
I have worked with many clients for designing, rendering, 3D printing projects.
I looked into your request. I do the designing and modelling of the parts and products. I can do this project and will do the designing and modelling of the parts as per the requirements of animation film.
I have experience with 3D Modelling, Rendering and Product design.
I have expertise with 3D Modelling in Solidworks 2017, CATIA V5R20, Fusion 360 and other Autodesk tools.
I can also provide you 3D printed model and prototypes of the product if you require.
Please have a look at my portfolio for work samples.
The project cost mentioned here in the bid is not final, it may differ on the basis of design and would be finalized in the discussion.
We can discuss more about the project on chat.
Looking forward to hear to you regarding this opportunity.
Warm Regards
Himanshu
I am here to bring your product to life. I'm a mechanical engineer and I have 8 experience years.
Experience type: 3D, 2D models, Render, Sheet metals, Machine and Devices, industrial product, Plastic molds, plastic parts
Software program: Autodesk Inventor,Solidworks, Autocad , NX-Siemens
I am always glad to cooperate, I guarantee quick lead-time and free revisions and required. Your project will be developed with speed and high quality, as well as all the jobs already accomplished.
Please send me a message.
I'm a mechanical engineer, i have designed a go-kart and analysed it in CATIA and ANSYS. I have also manufactured and designed portable universal testing machine for my final year project in college and i have good knowledge of designing which can help me for determining tension and related terms for your project.
I am graduate Mechanical Engineering and a Masters in Aerospace Engineering with specialization in Structures. I have good command over statics and dynamics and have read the literature thoroughly.
I have extensive experience in calculations involving structures and I feel that i can help you with this problem.
Let us get in touch to discuss more about this problem.
I have huge interest in classical mechanics and i feel these calculations will be cake walk for me.
I have served as a vehicle dynamics HOD for team OJAS and have been doing these calculations since then
