Adding training features to an information website; Roberge, P.R.

Vol. 52 – Spring, 2001

ASEE summer school materials (2003); Cutlip, Michael B.

Vol. 55 – Fall, 2002

Brice Carnahan’s predictions on information technology; Seader, J.D.

Vol. 51 – Fall, 2000

C++D11s in visual basic for applications with Excel 2000; Rosen, Edward M.

Vol. 52 – Spring, 2001

CACHE in the 21^st Century; Davis, James F.

Vol. 50 – Spring, 2000

CACHE webpage; Edgar, Thomas F.

Vol. 50 – Spring, 2000

CACHE website on process and product design; Seider, Warren

Vol. 54 – Spring, 2002

CACHE Website Soliciting Educational Materials; Edgar, Thomas F.

Vol. 51 – Fall, 2000

Calling FORTRAN subroutines from Excel 7.0; Rosen, Edward M.

Vol. 48 – Spring, 1999

ChE Curriculum of the future:  re-evaluating the process control course; Edgar, Thomas F.

Vol. 56 – Spring, 2003

Chemical engineering education and the three C’s; Edgar, Thomas F.

Vol. 51 – Fall, 2000

Chemical Engineering faculty openings on the web; Edgar, Thomas F.

Vol. 53 – Fall, 2001

Chemical Microengineering I.  Introduction; Rony, Peter R.

Vol. 51 – Fall, 2000

Chemical Microengineering II.  Partition chromatography; Rony, Peter R.

Vol. 52 – Spring, 2001

Chemical Microengineering, III.  Multiphase catalysis; Rony, Peter R.

Vol. 53 – Fall, 2001

Chemical microengineering, IV.  Conservation-of-species equation; Rony, Peter R.

Vol. 55 – Fall, 2002

Code creator for automatic HYSYS plant^(c) and MSExcel^(R) ; Fernandez, D., Rodriquez, A., Jimenez, L., and Banares-Alcantara, R.

Vol. 54 – Spring, 2002

Computational fluid dynamics as a teaching aid for chemical engineering; Marshall, Liz

Vol. 49 – Fall, 1999

Computer programming in the chemical engineering curriculum; Edgar, Thomas F.

Vol. 53 – Fall, 2001

Computers in undergraduate process dynamics, modeling and process control; Kalyon, Dilhan M.

Vol. 52 – Spring, 2001

Computing survey for chemical engineering alumni; Edgar, Thomas F.

Vol. 56 – Spring, 2003

Design of an ethylbenzene production; Grossman, Ignacio

Vol. 49 – Fall, 1999

Determination of reaction rate constants using non-linear optimization; Hopper, Jack R., Saleh, Jamal M., and Apte, Vijay

Vol. 53 – Fall, 2001

Educating undergraduate chemical engineers in process control; Young, Brent, Mahoney, Donald and Svreck, William

Vol. 53 – Fall, 2001

Educational and industrial site licenses for POLYMATH; Shacham, Mordechai, Cutlip, Michael B, and Elly, Michael

Vol. 54 – Spring, 2002

Engineering and computational issues in industrial biology; Ogunnaike, Babatunde

Vol. 51 – Fall, 2000

Engineering computing with Maple; Taylor, Ross

Vol. 47 – Fall, 1998

Engineering computing with Maple:  Solution of PDES via the method of lines; Taylor, Ross

Vol. 49 – Fall, 1999

Engineering curriculum development using computational fluid dynamics; LaRoche, Richard

Vol. 55 – Fall, 2002

Enhancing the process control laboratory with hardware, software, and a network; Rony, Peter, Rice, Robert and Robertello, Jim

Vol. 50 – Spring, 2000

Ernest J. Henley wins ASEE-CACHE Award; Edgar, Thomas F.

Vol. 55 – Fall, 2002

Excel 7.0:  Partial differential equations; Rosen, Edward M.

Vol. 48 – Spring, 1999

Excel and visual basic for applications; Rosen, Edward M.

Vol. 46 – Spring, 1998

Executing FORTRAN programs from Excel; Rosen, Edward M.

Vol. 47 – Fall, 1998

Experimental projects for the process control laboratory; Ang, Siong and Braatz, Richard D.

Vol. 55 – Fall, 2002

GAMS Newsletter No. 3; McCarl, Bruce

Vol. 51 – Fall, 2000

GAMS Newsletter No. 4; McCarl, Bruce

Vol. 52 – Spring, 2001

GAMS Newsletter No. 5; McCarl, Bruce

Vol. 53 – Fall, 2001

GAMS Newsletter No. 8; McCarl, Bruce

Vol. 54 – Spring, 2002

GAMS Newsletter No. 9; McCarl, Bruce

Vol. 55 – Fall, 2002

GAMS Newsletter No. 10; McCarl, Bruce

Vol. 56 – Spring, 2003

Implementation of an autotune variation (ATV) control algorithm; Seamans, Brian and Rony, Peter

Vol. 52 – Spring, 2001

Integrating differential equations using Excel 7.0, Rosen, Edward, M.

Vol. 47 – Fall, 1998

Integrating the use of commercial simulators into lecture courses; Wankat, Phillip C.

Vol. 54 – Spring, 2002

Interactive authorship; Riggs, James B.

Vol. 51 – Fall, 2000

Is process simulation used effectively in ChE courses?; Dahm, Kevin D., Hesketh, Robert P. and Savelski, Mariano J.

Vol. 55 – Fall, 2002

KORF Hydraulics – flexible fluid flow calculations; Kruger, C.J.C.

Vol. 48 – Spring, 1999

Learning FEMLAB/MATLAB for chemical engineering – unsteady state heat conduction in a one-dimensional slab; Rosen, Edward M.

Vol. 56 – Spring, 2003

Material and energy balances; Montgomery, Susan

Vol. 49 – Fall, 1999

Molecular Simulations “on the fly”; Ghosh, Tuhin, Keblinski, Pawel and Garde, Shekhar

Vol. 52 – Spring, 2001

New version of Polymath 4.1; Cutlip, Michael B.

Vol. 47 – Fall, 1998

Nitrogen from air:  A web-based tutorial on air separation; Biegler, Larry T.

Vol. 50 – Spring, 2000

Numerical method of lines for partial differential equations; Cutlip, Michael B and Shacham, Mordechai

Vol. 47 – Fall, 1998

Numerical problems in chemical engineering solved by various mathematical software packages; Cutlip, Michael B.

Vol. 47 – Fall, 1998

On testing C++DLLs; Rosen, Edward M.

Vol. 53 – Fall, 2001

On the Choice of VBA; Rosen, Edward M.

Vol. 56 – Spring, 2003

On the proper use of computational fluid dynamics for senior research projects; Finlayson, Bruce A.

Vol. 56 – Spring, 2003

On the use of Excel 2000’s solver and a differential equation routine; Rosen, Edward M.

Vol. 54 – Spring, 2002

On the use of IMSL routines in Excel 7.0; Rosen, Edward M.

Vol. 49 – Fall, 1999

Polymath 5.0 for Windows; Shacham, Mordechai, Elly, Michael and Cutlip, Michael B.

Vol. 50 – Spring, 2000

Powerpoint slides for unit operations course; Luecke, Richard H.

Vol. 46 – Spring, 1998

REACT!  The reactor flow-sheet analysis program; Saleh, James M. and Hopper, Jack R.

Vol. 50 – Spring, 2000

Reprise:  solving partial differential equations using Excel 2000; Rosen, Edward M.

Vol. 51 – Fall, 2000

SGI thermodynamics tutorial available; Jolls, Kenneth R.

Vol. 46 – Spring, 1998

Simulating series reactions with Maple; Subramanian, Venkat R. and White, Ralph E.

Vol. 54 – Spring, 2002

Solving Differential Equations with PLAS; Rosen, Edward M.

Vol. 55 – Fall, 2002

Source term analysis software for calculating fluid flow release rates; Gierer, Conrad

Vol. 48 – Spring, 1999

Teaching process control based on spreadsheets; Rives, Christopher and Lacks, Daniel J.

Vol. 55 – Fall, 2002

VBA as an alternative; Rosen, Edward M.

Vol. 56 – Spring, 2003

Virginia Tech undergraduate controls lab:  past, present, and future; Rony, Peter R.

Vol. 46 – Spring, 1998

Visual encyclopedia of chemical engineering equipment; Montgomery, Susan

Vol. 49 – Fall, 1999

Web-based conference organization from PSE ‘97/ESCAPE-7; Havan, S., Krokstad, T., Skogestad, S. and Lien, K.M.

Vol. 46 – Spring, 1998

Web-based modules for molecular simulation in the chemical engineering curriculum; Rowley, Richard

Vol. 54 – Spring, 2002

World Trade Center tower collapse - A numerical heat transfer analysis; Schiesser, W.E.

Vol. 54 – Spring, 2002