We are based in Scotland. We are design material handling equipment (heavy duty equipment), similar to lift table but a lot larger (SWL 20Ton) which include electric powered HPU and hydraulic cylinders for Oil and Gas industry.
We require experienced hydraulic engineer to check our hydraulic system design drawings. Engineer should able to find failure points in the design. Review the designs and find all the reasons why it will fail. Design functional specification is available.
43 freelance font une offre moyenne de £443 pour ce travail
Dear. I am a professional in Fluid mechanics/Hydraulics. I have many experiences of 10+ years. I am sure I can do it with the best quality. We can discuss about details via chat. I wait for you now. Thanks.
i have more than 8 years of experience in the mechnical engineering and i know the hydraulics very well. i can check the existing design and can give suggestion for the better system. and also i can design a whole Plus
Hello, Greetings for the day, I can design you the material carrying equipment that works on hydraulic system, check their failure point and optimize the design to work at most extreme conditions, please come in ch Plus
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 Plus
I work with people with over 10 years of experience. So we can work fast and good, so you can expect fast delivery and good quallity.
Dear sir I am TOP RATED Mechanical Engineer with over 8 years of experience. I usually use SolidWork or Autodesk Inventor which is a very powerful tools and here is what I will do for your project: I can do 3D desi Plus
Whether you need a new product created from scratch or an existing one reverse-engineered, we want to be your product design team. We have engineers, materials specialists, and industry experts that work for us and con Plus
Pressure & stresses will be calculated to assure reliability of the design against various failure modes (buckling, fatigue, leakage...etc.)