best placement of carrying rectangular tube beams for 6m gutters
Orçamento $30-250 USD
Planning on supporting 6m long 100mm wide plastic gutters that carry plant pots and water. The supports will be 25m long, so as to place gutters perpendicular to supports in intervals of 25cm. Supports will be welded 75x50mm rectangular tube at a height of 50cm. How many and where do the supports need to be placed along the 6m gutter length to be optimally placed so that the gutters don't hang through and we achieve as close to water level as possible?
11 freelancers estão ofertando em média $113 nesse trabalho
Hello, I'm mechanical design engineer and product designer. I have 2+ years of experience in this field. I'm efficient in CAD/CAM, 3D modelling rendering and animation, CAD design, 2D Drawings, FEA analysis, CFD simula Mais
Hi, Greetings! ✅checked your project details: best placement of carrying rectangular tube beams for 6m gutters ✅Completed Time: In project deadline We have worked on 640 + Projects. I have 6 + years of the expe Mais
Hi.. I have carefully reviewed your project description. I am Mechanical designer with 7 years of experience. I have a wealth of experience working on similar projects to design many products and machines. Generally, Mais
i am a civil engineer for 8 year working around world for Australia , saudi arabia ,Egypt , Swid , .... i can easy help you and i will be brief and feel free for adjustment until you will be satisfied about your work Mais
1. Please provide material information [login to view URL] weight or size, and number of pots [login to view URL] of the floor (earth or masonry, concrete) [login to view URL] degree of distortion you can tolerate [login to view URL] maximum wind speed in your area. Be Mais
Hi, Im a Construction Engineer Intern with orientation in structures I am very interested on your project, Ill be glad to help you and that you give me the opportunity to work with you.
Experienced AUTOCAD designer and draughtsman with great experience in MEP. will provide quality work on time as expected.