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Structural Engineering Jobs

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Fixed-Price - Expert ($$$) - Est. Budget: $60 - Posted
Pipe Stress Analysis to be completed in latest version of Caesar II. For quotation purpose; please find attached snapshots and isometrics of the Piping system The 3D model was drawn using Solidworks. Please note that fabrication is progressing and we need to have no/minimal modification on the pipe routing.
Skills: Structural Engineering Mechanical Engineering
Hourly - Entry Level ($) - Est. Time: Less than 1 month, Less than 10 hrs/week - Posted
Seeking a structural engineer familiar with the building criteria of Miami FL, USA. Looking to take recently approved zoning plans into Design Development. Therefore I am seeking a structural engineer to develop drawings for a 3,200 square feet residential home. Structural engineer task is to create the most efficient and cost effective solution. The home has been modelled and drawn up in Revit. Base on qualifications, floor plans will be released. Also require information on roof drainage and water collection on site. Key skills needed: +Revit +Autocad
Skills: Structural Engineering
Fixed-Price - Intermediate ($$) - Est. Budget: $100 - Posted
Hi, I have a set of drawings and I'm looking for someone to provide me the list of material. I need some one be familiar with the American codes and standards. Please provide me a rough fix price for 2 story house with 3000 sqft. Thanks
Skills: Structural Engineering Architecture
Fixed-Price - Intermediate ($$) - Est. Budget: $50 - Posted
Just looking for some opinions, I need to do two calculations. (1) metal plate spanning two ways, has riveted connections (100mm spacing) with the supporting beams therefore I am considered plate rigidly (fixed) supported all ends. Additionally the plate got T-section in one direction, I believe this stiffener helps in bending. (2) 2nd plate is an arch shape but spanning only one way again this one can be assumed as fixed at the support due to riveted conncetions. For the first plate I am going to use Pusher chart to calculate the maximum bending. other one will be analysed using the software which possible produce bending and axial force. Can I have some suggestions? For first plate - can I consider T-section as support? so I can consider the plate 1.2m x 1m, then should I check the T-section? what checks required, just bending ok? or bending and shear? please note load will be dispersed through 230mm concrete plus 200 surfacing above. How do we check the second plate? in both cases can we consider plastic capacity for ultimate limit state?
Skills: Structural Engineering Structural Analysis
Hourly - Expert ($$$) - Est. Time: 1 to 3 months, Less than 10 hrs/week - Posted
I'm looking for someone who can write an algorithm that compares 2 3D objects and decides if one fits into the other or not. A simple example would be 1. 2 Hollow 3D spheres of different radii . Does one physically fit in the other. The results could be The end goal would be to produce an algorithm that could fit something more complex, like a foot and shoe. Say a 3D scan of a shoe and a 3D scan of a foot. Does the foot physically fit in the scanned space of the shoe? The answer may be fuzzy. Definitely not, Definitely yes. The goal of this project would be to build a scalable algorithm. For e.g. it could use less nodes in a foot to work out this result. Also, for e.g. if the foot is bigger than the shoe, then the algorithm should output definitely no. If the fit is smaller, the output can output definitely yes for now. The exact fit bit can be looked at later. Would suit someone with background in Mathematics,Optimisation techniques, Structural Analysis, Finite Element Analysis, image processing, Open CV, Matlab, 3D modelling, , C++, Feel free to make a proposal, upto what level you could develop this algorithm and quote for the same.
Skills: Structural Engineering 3D Systems Algorithm Development Finite Element Analysis
Hourly - Expert ($$$) - Est. Time: 3 to 6 months, Less than 10 hrs/week - Posted
We need assistance with proofreading and editing Masters and Ph.D. level papers and are looking for an ongoing resource with a technical background in Structural Engineering. If you have no university qualifications or experience in Structural Engineering, please do not apply. Tasks/responsibilities: - General logic flow and readability. - Check punctuation marks and symbols, also errors in small words. - Check grammar and sentence structure. By reading each word of text, each sentence, and each paragraph slowly and carefully. - Check formatting and general layout. - Study the tables and illustrations. Are they in the correct order? Are they in approximately the right place? Are the titles and captions correct? Are all cross-references accurate? - Double-check numbers, scientific notation, and symbols - etc.​, the above is just a list of general ideas. We will provide further details/requirements once we narrow down the list of applicants. There will be a requirement to edit a part of the university paper as part of the hiring process. We look forward to establishing an ongoing relationship with the chosen freelancer.
Skills: Structural Engineering Article Writing Editing Engineering drawing
Fixed-Price - Intermediate ($$) - Est. Budget: $100 - Posted
I'm doing a senior design project, which is design an academic building for Wentworth Institute of Technology. Please see attached for project details. Geotechnical considerations: - Recommendations for the type of foundation we must use in 5-6 story academic building. - Soil parent material - Depth to groundwater - Bedrock type - Bedrock depth - Boring logs for the site. Review this geotechnical information and how it relates to your project (i.e., foundation design, road work, grading, etc.). As part of the report, provide a topographical map of the site that includes the following information: - Site topography - Significant land features (wetlands, rivers/streams and other water bodies, existing roads, etc.) - Scale and orientation As you start your senior design project, you will immediately see that you need information on thesoils and bedrock that exist at your site. You will have to request the information you need from your "Geotechnical Consultant". But to start the process, you first have to do your own library research tofind whatever information there is for your site. At a minimum, your design team must find the sitetopography and the general description of the soils that are on the site. Now, having this initial information, you will position the structures and facilities that your group is planning. Based on thetopography and the neighboring streets and roads, and the wetlands or rock outcrops, where do youwant to locate your building(s), and parking lots and detention basins (if needed) also, where are the major utilities, particularly those affected by gravity. To start this process, your group should go the WIT library and search out the U.S. Geological Survey topographic plans (also called Quad or Quadrangle Sheets) for your site. Then, for sites in Massachusetts, look up the appropriate Soil Survey for the county you are in. Most counties are available in hardcopy, but a few are on-line now. Now go through the following steps: • Look for the air-photo map with your site and determine the soil units and boundaries for the land parcel you are going to develop. • Determine what the symbols refer to - the particular soil formation name. What type of soilisexpected? Getacopyofthedescriptionsforeachunitonyoursite. • What is the geological origin for each soil unit? You will need to know the geological originfor the soils. The variation of soils on the site may affect where you locate buildings and other facilities. • Determine the general engineering properties for the soils on your site by digging through thevarious tables. At a minimum you need to determine the gradation of soils and plasticity. How much passes the No. 200 sieve? What is the D10 and the Cu? What are the Atterberg Limits? What is the expected permeability of the soils? Are cobbles and boulders expected? • What other information is available on the site soils? Shear strength? Compressibility?
Skills: Structural Engineering Civil Engineering Engineering Design
Fixed-Price - Expert ($$$) - Est. Budget: $50 - Posted
I need someone to create an origami model using the Rigid Origami/Oragamizer software developed by Tomohiro Tachi. I need it so that it can be used in grasshopper in Rhino3D. Here is the crease-pattern: https://www.flickr.com/photos/elelvis/3026378998/ And this is what it should be able to do: https://www.youtube.com/watch?v=NUuRLyfkkb4 Here is the software: http://www.tsg.ne.jp/TT/software/ Related links: http://courses.csail.mit.edu/6.849/fall10/lectures/L23_images.pdf http://www.curvedfolding.com/page/page/list http://www.curvedfolding.com/page/ori-ref https://www.youtube.com/watch?v=w6Pk2CV0mKE https://www.youtube.com/watch?v=rrLk1NkBRU0 p.s. If you think you could do this from Grasshopper alone, contact me and I will send you relevant links.
Skills: Structural Engineering 3D Design 3D Modeling Computer-Aided Design
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