Description:Complete Pressure vessel calculations required in accordance with ASME code Section VIII Div I.
Wants:Must have experience with ASME Pressure Vessel Code and commercial calculation packages.
- PV Elite
- Design Calcs
- Nozzel Pro
No Entries Submitted Yet.
Similar Contests on Cad Crowd
We need a box stacker designed We want you to build a simple box stacker that goes over a conveyor belt. We are willing to purchase a few of these, we will purchase a top labeler to install on top of the conveyor. We will not purchase the ocnveyor from you. Here are two video you can look at https://www.youtube.com/watch?v=eF4dXQxkevY https://www.youtube.com/watch?v=d-uFw0uTghQ Here are close up pictures of the stckers. http://screencast.com/t/5vyNy83T3zj7 http://screencast.com/t/nYxx9z3yiwj
Design a new Step Stool
The challenge is to design a new and improved Step Stool than those in the market place. Pls note: Step Stools are different from Step Ladders. Step Stools usually have 2-Steps or 3-Steps, are lightweight, slim in profile, used inside the home, are usually kept in the kitchen or closet. Ladders often have more than 3 steps, are more heavy, used for big projects, and are stored in the garage or outdoor shed. Attached is a PDF showing some of step stools now selling in the market. The best selling ones are on the first page, and they are 1) lower cost, 2) basic & simple in design and construction (that's how they are low cost), 3) but they usually have boring white frame with black steps. The better designed step stools on page-2 are 1) stylish looking, 2) some are very slim (take up less storage space), 3) some have handles that extend to help balance the user to prevent falls, while others 4) include cut outs on the step to help user "lean" to keep balance, and still others 5) include trays to hold tools. A key concern with Step Stools is SAFETY. Many injuries occur due to poor quality/design/engineer or user lose their balance when over reaching. The winning design will help prevent falls and injuries.
Design A New Way to Wring A Sponge Mop Dry
We're looking for a new and smart way to wring out water from a sponge mop. Currently, there are several methods in the market, including two popular solutions: the Butterfly Sponge Mop folds the sponge head in half to squeeze out water, and the Roller Sponge Mop pushes a round mop heap between two sets of rollers. Reference images of these two methods are included. There are endless versions of these two methods selling all over the world. We're looking for a better and smarter solution that's not only fresh looking but superior in effectiveness than these existing methods.
Analytical homogenization of Advanced composite materials
the need is to do two steps analytical homogenization of advanced composite material (resin reinforced with nanoclay platelet) and reinforced mainly with glass fibers. so to get the effective elastic properties and engineering constant.
Engineering a mechanism to develop functionality
The two prototypes are not quite refined enough to get to a perfectly working consumer product. Please check the video The original product is called The Mommy Hook. This is a reinvention.