M. C. Williams

发表

Problems Inherent in Using the Population Balance Model for Wet Grinding in Ball Mills

Thomas P. Meloy, M. C. Williams, P. C. Kapur, 1990 .

Application of process statistics to macro/behavioral modeling

M. C. Williams, R. S. Vogelsong, 1993, Sixth Annual IEEE International ASIC Conference and Exhibit.

On the definition and separation of fundamental process functions

Thomas P. Meloy, M. C. Williams, 1989 .

Population balance models and self-similar size distributions

Thomas P. Meloy, M. C. Williams, 1997 .

Feasible and locally optimal designs in the class of homogeneous, countercurrent, processing networks: two-component, non-sharp separations

Thomas P. Meloy, M. C. Williams, M. Tarshan, 1995 .

Packed column froth flotation — escalator model and plugging

M. C. Williams, T. P. Meloy, I. Bilgesu, 1998 .

Assessment of numerical solution approaches to the inverse problem for grinding systems: Dynamic population balance model problems

Thomas P. Meloy, M. C. Williams, M. Tarshan, 1994 .

Spreadsheet solution of separation processing networks: Grid representations of networks

M. C. Williams, T. P. Meloy, M. Tarshan, 1995 .

A graph-theoretic approach to process plant design

Thomas P. Meloy, M. C. Williams, Douglas W. Fuerstenau, 1992 .

Dynamic model of flotation cell banks — circuit analysis

Thomas P. Meloy, M. C. Williams, 1983 .

Circuit analysis—General product equations for multifeed, multistage circuits containing variable selectivity functions

M. C. Williams, Douglas W. Fuerstenau, T. P. Meloy, 1986 .

Solution approaches to the dynamic population balance modeling of a closed grinding network

Thomas P. Meloy, M. C. Williams, M. Tarshan, 1996 .

Using PROLOG for rapid prototyping of telecommunication systems

M. C. Williams, J. L. Armstrong, 1989 .

Feasible designs for separation networks : a selection technique

Thomas P. Meloy, M. C. Williams, T. Meloy, 1991 .