C. M. Crowe

发表

Reconciliation of Process Flow Rates by

Andrew N. Hrymak, C. M. Crowe, Y. A. Garcia Campos, 1983 .

On the optimization by boundary control of tubular reactors with catalyst decay

C. M. Crowe, Frans Gruyaert, 1976 .

Chemical plant simulation : an introduction to computer-aided steady-state process analysis

C. M. Crowe, 1971 .

Data reconciliation — Progress and challenges

C. M. Crowe, C. Crowe, Cameron Crowe, 1996 .

The numerical solution of bilinear data reconciliation problems using unconstrained optimization methods

C. M. Crowe, Oliver Schraa, C. Crowe, 1998 .

Optimization of reactors with catalyst decay I — single tubular reactor with uniform temperature

C. M. Crowe, 1970 .

The maximum‐power test for gross errors in the original constraints in data reconciliation

C. M. Crowe, 2009 .

Detecting persistent gross errors by sequential analysis of principal components

C. M. Crowe, Hongwei Tong, 1996 .

Recursive identification of gross errors in linear data reconciliation

C. M. Crowe, C. Crowe, 1988 .

Assessing Problem-Solving Skills. Part 2: Assessing the Process of Problem Solving.

Theodora Kourti, Donald R. Woods, C. M. Crowe, 2002 .

Reconciliation of mass flow rate measurements in a chemical extraction plant

C. M. Crowe, C. Crowe, W. Holly, 1989 .

Observability and redundancy of process data for steady state reconciliation

C. M. Crowe, C. Crowe, 1989 .

Test of maximum power for detection of gross errors in process constraints

C. M. Crowe, C. Crowe, 1989 .

Formulation of linear data reconciliation using information theory

C. M. Crowe, C. Crowe, 1996 .

Convergence promotion in the simulation of chemical processes with recycle-the dominant eigenvalue method

C. M. Crowe, C. Crowe, O. Orbach, 1971 .

Reconciliation of process flow rates by matrix projection. Part II: The nonlinear case

C. M. Crowe, C. Crowe, 1983 .

Assessing Problem-Solving Skills. Part I: The Context for Assessment.

Theodora Kourti, Donald R. Woods, C. M. Crowe, 2001 .

Convergence promotion in the simulation of chemical processes—the general dominant eigenvalue method

C. M. Crowe, C. Crowe, M. Nishio, 1975 .

Detecting persistent gross errors by sequential analysis of principal components

C. M. Crowe, Hongwei Tong, C. Crowe, 1997 .