micro-economics. finance and marketing. All through the examples runs a theme of creating a working model that matches what is observed with physical principles (the compelling force of reality) and providing a tool for predicting the effects of changes on design or operation.

McCann Science
POB 902,
Chadds Ford PA 19317 USA.
Telephone: 302.654.2953
Fax: 302.429.9458
E-mail: mjmccann@iee.org
Web: www.mccannscience.com/
"Practical solutions to problems in business, engineering and science through quantified analysis."

 
   

 
   

   
     
 

     
 

Playing With Models

Dr Michael J McCann
If you don't understand something, it's out of control. If you can't quantify the underlying causal nature of its behavior then you don't understand it. Making and playing with working models is a good way to develop the understanding because it forces you to get the essential facts in clear and unambiguous form.
However, mathematical model making (simulation, analysis) is something of a black art. It involves the translation of verbal or visual description into formal language to define a computable version.
By drawing on many years of experience going back to 300V analogue computers, and currently using tools like Mathcad and other software, the process is illustrated as the basis for an open discussion of how to set about it and develop the repertoire of representative forms that enable the translation
Examples are taken from the chemical and process industries, bio-production, automated manufacturing, vacuum web coating, initiation of explosives,

 

   
   


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