By Clifford Matthews
Save on Packages of 10 Copies!USE ORDER NUMBER 80229S
This greatly expanded second edition of this popular and handy reference book includes over 100 new pages, including extensive coverage of Section VIII of the ASME Pressure Vessel Code. Divided into 22 sections, this pocket-sized volume is an exhaustive "quick reference" of up-to-date engineering data and rules.
It includes: essential mathematics; units; engineering design processes and principles; basic mechanical design; motion; mechanics of materials; material failure; thermodynamics; fluid mechanics; fluid equipment; vessel codes and standards; materials; machine elements; design and production tools; project engineering; computer-aided engineering; welding; non-destructive examination; corrosion; surface protection; metallurgical terms; and engineering associations and organizations.
By Clifford Matthews
Save on Packages of 10 Copies!\nUSE ORDER NUMBER 80229S
This greatly expanded second edition of this popular and handy reference book includes over 100 new pages, including extensive coverage of Section VIII of the ASME Pressure Vessel Code. Divided into 22 sections, this pocket-sized volume is an exhaustive "quick reference" of up-to-date engineering data and rules.
It includes: essential mathematics; units; engineering design processes and principles; basic mechanical design; motion; mechanics of materials; material failure; thermodynamics; fluid mechanics; fluid equipment; vessel codes and standards; materials; machine elements; design and production tools; project engineering; computer-aided engineering; welding; non-destructive examination; corrosion; surface protection; metallurgical terms; and engineering associations and organizations.
Our customer wanted packaging that was simple and quick to set up. It also had to be fillable and palletizable at the machine to speed up processing. And, of course, it needed to be the right size for the pallet to make maximum use of the space available.
Our solution was a custom-designed foldable box and lid made from 100% fibre-based material. A little like a pizza box, it is designed to be quick to construct and highly effective in protecting its contents. Sitting alongside the production line, the vaccine bottles are placed sideways with the machine in rows of 10 pieces.
Designed to work efficiently with the packaging machine, filling up the boxes is quick and efficient. The trays can also be closed very quickly, and the in-built clasp holds the lid in place securely. Last but not least, the trays are put in corrugated boxes and they are very stable when stacked on pallets facilitating easy handling.
This paper demonstrates the possibility of designing and developing a four-cavity low pressure die casting mould in SEDI-Enugu. This research and development included the design of the die blocks and the core box for core production. Furthermore, the die blocks were cast, machined and later heat treated to obtain the desired properties of a mould material. After which the components were assembled and mounted on the Low pressure die casting machine. Emphasis was made on the coating of the mould and crucible pot internal surfaces with a solution of zinc oxide and sodium silicate. This is done prevent iron entrapment in mass of the molten metal as well as to minimize the sticking of castings on the mould during casting operation.