Demand flow technology

Demand Flow is a variation on the theme of postponement. Costanza has described Demand Flow in his book, The Quantum Leap. He uses DFT as an acronym for demand flow technology. ... 

Demand Flow is the registered trademark of the John Costanza Institute of Technology. 

Demand flow A technique to speed product final assembly. Demand flow uses the concept of a pile of parts that can be assembled in response to actual customer orders. The term is trademarked by the John Costanza Institute of Technology. 

ECR is a modern concept of supply chain excellence based on a partnership between chain links consisting in the synchronised management of supply and demand using technologies that support the flow... 

As the requirements for future military combustors become increasingly demanding, an advanced combustion control system that can effectively shorten the combustor development time and improve the combustor performance will be an important technological asset to our military. Active combustion control (ACC) is an attractive idea because it relies on proper timing of fuel injection rather than spatial changes of flow field as required in passive approaches. Since timing adjustment is simpler than potential geometry modifications associated... 

In many processes (such as oil recovery, blood flow, underground water), one encounters liquid flow through thin (micrometer diameter), noncircular-shaped tubes, or pores. In the literature, one finds studies that address these latter systems. In another context of liquid drop formation, for example, in an inkjet nozzle, this technique falls under a class of scientifically challenging technology. The inkjet printer demands such quality that this branch of drop-on-demand technology is much in the realm of industrial research. All combustion engines are controlled by oil drop formation and evaporation characteristics. The important role of capillary forces is obvious in such systems. 

Vacuum technology puts great demands on the functioning and reliability of the valves, which are often needed in large numbers in a plant. The demands are fulfilled only if correct shut-off devices are installed for each application, depending on the method of construction, method of operation, and size. Moreover, in the construction and operation of vacuum plants, factors such as the flow conductance and leak-tightness of valves are of great importance. 

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