Problem solving guidelines

The problem solving guidelines used by various e qperts appear to have a fairly well defined structure. The rules themselves seem to be self evident and quite general but their general application is not uniform since problem solving is presently an art usually based on the analyst s intuition and individual problem solving ability. We suspect that with further miniaturization this approach will not suffice but will need to be replaced by more consistent, systematic methods that are machine based. This should standardize the methods and make them more efficient. 

Use the general problem-solving guidelines from Section 16.2. 

Chapter 4, Approach to Solve Problems by Computers, illustrates how to tackle a solution of a problem. Modeling and simulation are principal approaches for the quantitative description of chemical engineering processes in solving problems. Methodology and problem solving guidelines are described. 

Problem Solving and Guidelines for Method Selection (Chapter 21)... 

The titles characterize the subjects which are treated in these working groups. At present the groups establish guidelines to solve odour problems. The guidelines are in different states of development. 

Today gas chromatographs are available in a wide price range ( 1500- 15,000) and tailored to many particular needs. The most appropriate equipment for one s use depends entirely on the specific problems which are to be solved. Guidelines will be presented here to assist the reader in making the proper selection for solving his own specific problems. 

Guideline 3 Problems from guidelines 1 and 2 may be solved by protecting groups. 

P14-1b Make up and solve an original problem. The guidelines are given in Problem P4-1. However, make up a problem in reverse by first choosing a model system such as a CSTR in parallel with a CSTR and PFR [with the PFR modeled as four small CSTRs in series Figure P14-l(a)] or a CSTR with recycle and bypass [Figure P14-l(b)]. Write tracer mass balances and use an ODE solver to predict the effluent concentrations. In fact, you could build up an arsenal cf tracer curves for different model systems to compare against real reactor RTD data. In this way you could deduce which model best describes the real reactor. 

However, such problem solving requires a carefully structured process to ensure that root causes are identified and proposed solutions are verified. Juran s project-by-project quality improvement process provides detailed guidelines that have been widely adopted and integrated into current team problem-solving methodology. The methodology outlines distinct steps for (1) carefully defining the problem,... 

Problem-Solving Tip Some Guidelines for Drawing Lewis Formulas... 

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