CACHE Newsletter - 6 YEAR INDEX

Sorted by Volume number.

(1998 – 2003)

Powerpoint slides for unit operations course	Luecke, Richard H. – University of Missouri	Vol. 46 – Spring, 1998
SGI thermodynamics tutorial available	Jolls, Kenneth R. – Iowa State University	Vol. 46 – Spring, 1998
The case for Excel and visual basic for applications	Rosen, Edward M. – EMR Technology Group	Vol. 46 – Spring, 1998
The Virginia Tech undergraduate controls lab: past, present, and future	Rony, Peter R. – Virginia Tech University	Vol. 46 – Spring, 1998
Web-based conference organization – A summary of computer experiences from PSE ‘97/ESCAPE-7	Havan, S, T. Krokstad, S. Skogestad and K.M. Lien – Norwegian Institute of Science and Technology	Vol. 46 – Spring, 1998
Integrating differential equations using Excel 7.0	Rosen, Edward M. - EMR Technology Group	Vol. 47 – Fall 1998
Educational materials available through CACHE www site – A collection of ten numerical problems in chemical engineering solved by various mathematical software packages	Cutlip, Michael B. – University of Connecticut	Vol. 47 – Fall 1998
Executing FORTRAN programs from Excel: Use of the shell function	Rosen, Edward M. – EMR Technology Group	Vol. 47 – Fall 1998
Engineering computing with Maple	Taylor, Ross – Clarkson University	Vol. 47 – Fall 1998
The numerical method of lines for partial differential equations	Cutlip, Michael B – University of Connecticut and Mordechai Shacham, Ben Gurion University of the Negev	Vol. 47 – Fall 1998
New version of Polymath 4.1 now supports windows printing and graphic files for documents	Cutlip, Michael B. – University of Connecticut	Vol. 47 – Fall 1998
KORF Hydraulics – flexible fluid flow calculations	Kruger, CJC – Korf Hydraulics	Vol. 48 – Spring, 1999
Excel 7.0: Partial differential equations	Rosen, Edward M. – EMR Technology Group	Vol. 48 – Spring, 1999

Using source term analysis software for calculating fluid flow release rates	Gierer, Conrad – Dyadem International Ltd.	Vol. 48 – Spring, 1999
Calling FORTRAN subroutines from Excel 7.0	Rosen, Edward M. – EMR Technology Group	Vol. 48 – Spring, 1999
Industrial Affiliates Program	Industrial Affiliates Committee	Vol. 48 – Spring, 1999
On the use of IMSL routines in Excel 7.0	Rosen, Edward M. – EMR Technology	Vol. 49 – Fall 1999
Engineering computing with Maple: Solution of PDES via the method of lines	Taylor, Ross – Clarkson University	Vol. 49 – Fall 1999
Using computational fluid dynamics as a teaching aid for chemical engineering	Marshall, Liz – Fluent Inc.	Vol. 49 – Fall 1999
PDCS #7: Design of an ethylbenzene production plant preliminary design and economic analysis	Grossman, Ignacio – Carnegie Mellon University	Vol. 49 – Fall 1999
Visual encyclopedia of chemical engineering equipment for Mac and Windows 95/NT	Montgomery, Susan – University of Michigan	Vol. 49 – Fall 1999
Material and energy balances	Montgomery, Susan – University of Michigan	Vol. 49 – Fall 1999
CACHE in the 21^st Century	Davis, James F. – CACHE President	Vol. 50 – Spring, 2000
CACHE webpage	Edgar, Thomas F. – University of Texas	Vol. 50 – Spring, 2000
Polymath 5.0 for Windows	Shacham, Mordechai, and Michael Elly – Ben-Gurion University of the Negev; Cutlip, Michael B – University of Connecticut	Vol. 50 – Spring, 2000
REACT! The reactor flow-sheet analysis program	Saleh, Jamal M. and Jack R. Hopper – Lamar University	Vol. 50 – Spring, 2000
Nitrogen from air: A web-based tutorial on air separation	Biegler, L.T. – Carnegie Mellon University	Vol. 50 – Spring, 2000
Enhancing the process control laboratory with generic, multivendor hardware, software, and a network	Rony Peter, Robert Rice and Jim Robertello – Virginia Tech University; and Karl Rony – Invensys Corporation	Vol. 50 – Spring, 2000

CACHE Website Soliciting Educational Materials	Edgar, Thomas F. – University of Texas	Vol. 51 – Fall 2000
Brice Carnahan’s predictions on information technology	Seader, J.D. – University of Utah	Vol. 51 – Fall 2000
2001	Carnahan, Brice – University of Michigan	Vol. 51 – Fall 2000
Chemical engineering education and the three C’s: computing, communication, and collaboration	Edgar, Thomas F. – University of Texas	Vol. 51 – Fall 2000
The interactive authorship	Riggs, James B. – Texas Tech University	Vol. 51 – Fall 2000
Chemical microengineering I. Introduction	Rony, Peter R. – Virginia Tech University	Vol. 51 – Fall 2000
Engineering and computational issues in industrial biology	Ogunnaike, Babatunde – DuPont CS&E	Vol. 51 – Fall 2000
Reprise: solving partial differential equations using Excel 2000	Rosen, Edward M. – EMR Technology Group	Vol. 51 – Fall 2000
GAMS Newsletter No. 3	McCarl, Bruce	Vol. 51 – Fall 2000
Chemical microengineering II. Partition chromatography	Rony, Peter R. – Virginia Tech. University	Vol. 52 – Spring 2001
Adding training features to an information website	Roberge, P.R. – Royal Military College of Canada	Vol. 52 – Spring 2001
Use of C++D11s in visual basic for applications with Excel 2000	Rosen, Edward M. – EMR Technology	Vol. 52 – Spring 2001
Implementation of an autotune variation (ATV) control algorithm to expand an undergraduate process control laboratory	Seamans, Brian and Peter Rony – Virginia Tech University	Vol. 52 – Spring 2001
Use of computers in undergraduate process dynamics, modeling and process control	Kalyon, Dilhan M. – Stevens Institute of Technology	Vol. 52 – Spring 2001
GAMS Newsletter No. 4	McCarl, Bruce	Vol. 52 – Spring 2001
Molecular Simulations “on the fly”	Ghosh, Tuhin, Pawel Keblinski and Shekhar Garde – Rensselaer Polytechnic Institute	Vol. 52 – Spring 2001

Chemical Engineering faculty openings on the web	Edgar, Thomas F. – University of Texas	Vol. 53 – Fall 2001
Chemical microengineering, III. Multiphase catalysis	Rony, Peter R. – Virginia Tech University	Vol. 53 – Fall 2001
Educating undergraduate chemical engineers in process control using a real-time approach	Young, Brent, Donald Mahoney and William Svreck – University of Calgary and Hyprotech, Ltd., Calgary	Vol. 53 – Fall 2001
On testing C++DLLs	Rosen, Edward M. – EMR Technology Group	Vol. 53 – Fall 2001
Determination of heterogamous and homogenous reaction rate constants using non-linear optimization	Hopper, Jack R, Jamal M. Saleh and Vijay Apte – Lamar University and Ralph Pike – Louisiana State University	Vol. 53 – Fall 2001
Computer programming in the chemical engineering curriculum: some empirical observations	Edgar, Thomas F. – University of Texas	Vol. 53 – Fall 2001
GAMS Newsletter No. 5	McCarl, Bruce	Vol. 53 – Fall 2001
Code creator for automatic HYSYS plant^(c) and MSExcel^(R)	Fernandez, David, Antonio Rodriquez, Laureano Jimenez and Rene Banares-Alcantara – University Rovira I Virgili, Tarragona, Spain	Vol. 54 – Spring 2002
Integrating the use of commercial simulators into lecture courses	Wankat, Phillip C – Purdue University	Vol. 54 – Spring 2002
The CACHE Corporation provides educational and industrial site licenses for the latest version of the POLYMATH numerical computation package	Shacham, Mordechai, Michael B. Cutlip and Michael Elly – University of Connecticut	Vol. 54 – Spring 2002
Worldwide web-based modules for introduction of molecular simulation into the chemical engineering curriculum (NSF grant 9752243)	Rowley, Richard – Brigham Young University	Vol. 54 – Spring 2002
On the use of Excel 2000’s solver and a differential equation routine	Rosen, Edward M. – EMR Technology Group	Vol. 54 – Spring 2002

CACHE website on process and product design gets major update	Seider, Warren – University of Pennsylvania	Vol. 54 – Spring 2002
Why did the World Trade Center towers collapse? A numerical heat transfer analysis	Schiesser, W.E. – LeHigh University	Vol. 54 – Spring 2002
Simulating series reactions with Maple	Subramanian, Venkat R. and Ralph E. White – University of South Carolina	Vol. 54 – Spring 2002
GAMS Newsletter No. 8	McCarl, Bruce	Vol. 54 – Spring 2002
Teaching process control with a numerical approach based on spreadsheets	Rives, Christopher, and Daniel J. Lacks – Tulane University	Vol. 55 – Fall 2002
Is process simulation used effectively in ChE courses?	Dahm, Kevin D, Robert P. Hesketh and Mariano J. Savelski – Rowan University	Vol. 55 – Fall 2002
Experimental projects for the process control laboratory	Ang, Siong and Richard D. Braatz – University of Illinois at Urbana-Champaign	Vol. 55 – Fall 2002
Engineering curriculum development using computational fluid dynamics	LaRoche, Richard – Fluent Inc.	Vol. 55 – Fall 2002
Chemical microengineering, IV. The conservation-of-species equation for a linear multistate chemical system	Rony, Peter R. – Virginia Tech University	Vol. 55 – Fall 2002
Solving Differential Equations with PLAS	Rosen, Edward M. – EMR Technology Group	Vol. 55 – Fall 2002
ASEE summer school materials now available on a CD-ROM set or from the CACHE web site	Cutlip, Michael B. – University of Connecticut	Vol. 55 – Fall 2002
Ernest J. Henley wins ASEE Excellence in Computing in Chemical Engineering Education Award	Edgar, Thomas F. – University of Texas	Vol. 55 – Fall 2002
GAMS Newsletter No. 9	McCarl, Bruce	Vol. 55 – Fall 2002
On the Choice of VBA	Rosen, Edward M. – EMR Technology Group	Vol. 56 – Spring 2003

ChE Curriculum of the future: re-evaluating the process control course	Edgar, Thomas F. – University of Texas	Vol. 56 – Spring 2003
Using VBA as an alternative	Rosen, Edward M. – EMR Technology Group	Vol. 56 – Spring 2003
On the proper use of computational fluid dynamics for senior research projects and beginning graduate fluid mechanics courses	Finlayson, Bruce A. – University of Washington	Vol. 56 – Spring 2003
New CACHE computing survey for chemical engineering alumni	Edgar, Thomas F. – University of Texas	Vol. 56 – Spring 2003
Learning FEMLAB/Matlab for chemical engineering – unsteady state heat conduction in a one-dimensional slab	Rosen, Edward M. – EMR Technology Group	Vol. 56 – Spring 2003
GAMS Newsletter No. 10	McCarl, Bruce	Vol. 56 – Spring 2003