The use of test data in system design
The application and use of test data is probably the most common method of designing a pneumatic conveying system. This is used extensively in cases where test data or pre- vious experience with a material is available. Where no previous experience with a particular material is available, it is usual to obtain test data specifically for the purpose of system design, since the use of mathematical models is particularly unreliable in these situations. As for the section on the use of equations in system design, two logic dia- grams are also presented here, one for the original design of a system, and another for evaluating the capability of an existing system.
Related posts:
Benefits, drawbacks and operational issues:Low base speed motors
Selection process retrofitting to existing equipment:Flow charts
Selection process - new systems:Flow charts
Engineering Data:Graphical symbols for pneumatic systems and components
Pipelines and valves:Steps
Low pressure and vacuum:Suction nozzles and Feed rate control.
Material property influences:Dense phase plug flow
HYDRAULIC PUMPS:Radial Piston Pumps
Check valves:Pilot-operated check valves and Restriction check valves.
Actuators:construction
Hydraulic and Pneumatic Accessories:Hydraulic coolers and Heat exchangers
BASICCONCEPTS OF THE RMODYNAMICS:TEMPERATURE AND THE ZEROTH LAW OF THERMODYNAMICS
POWER AND REFRIGER A TION CYCLES:ACTUAL VAPOR-COMPRESSION REFRIGERATION CYCLE
NATURAL CONVECTION:NATURAL CONVECTION INSIDE ENCLOSURES
SUMMARY OF RADIATION HEAT TRANSFER