Computational Chemistry
in Chemical Engineering:
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1996 Discussion
Group meeting report and attendees
"Computational
Chemistry and Its Industrial Applications," 1996 AIChE
meeting
1995 AIChE meeting
report
Contacts for information:
Ken Cox (Ohio State University,
coxk@kcgl1.eng.ohio-state.edu)
Phil Westmoreland (University of Massachusetts Amherst,
westm@ecs.umass.edu)
Many companies have on-going efforts that use computational chemistry to
accelerate development of new specialty materials and to obtain needed
thermochemistry and kinetics. By "computational chemistry," we include:
Molecular mechanics,
Molecular dynamics,
Semi-empirical and ab initio quantum mechanics, and
Quantum reaction-rate theories
used to obtain transport, thermochemical, kinetic, and mechanical
properties. Examples of current applications are development of
adhesives and coatings, adsorbents, enzymes for detergents, halon
replacements, homogeneous and heterogeneous catalysts, pharmaceutical
drugs, stabilized emulsions, and structured polymers.
Success or the lack of success has
depended on technical and institutional
features, such as:
- Meshing traditionally separate methods and people from chemistry and
chemical engineering.
- Likewise, keeping on the leading edge by collaboration between
application and research.
- Making computer codes and their results available and evaluating
their
reliability.
- Choosing the right hardware and getting it to the right people.
- Devising idealized calculations that capture the key properties of
specialty materials.
Beginning in 1992, an informal discussion group on these topics
has met at the AIChE
Annual Meeting. While the focus is on industry, participants from
academia and government are included.
The rationale for meeting is our belief that significant progress
can be made by sharing approaches and successes.
We have reports on the Discussion Group meetings for 1996 and
1995.
At the November 1996 AIChE Annual Meeting in Chicago, we also held a
mini-symposium on this topic, as was held at the 1994 San Francisco meeting.
A plenary
session featured five invited industrial speakers, and a poster/demo
session offered contributions from industry, academia, and government.
A full listing of molecular and materials
modeling sessions at the 1996 AIChE Annual Meeting included:
- [1] - Theoretical and Computational Modelling of
Heterogeneous Catalysis; Monday, November 11 - 8:30AM
- [13] - Thermodynamic Properties and Phase Behavior:
Simulation I; Monday, November 11 - 8:30AM
- [32] - Applications of Parallel Architectures in Microscopic
Level Simulation; Monday, November 11 - 2:00PM
- [33] - Thermodynamic Properties and Phase Behavior:
Theory; Monday, November 11 - 2:00PM
- [92] - Thermophysical Properties of Complex Systems:
Polymer Thermodynamics; Wednesday, November 13 - 8:00PM
- [127] - Thermodynamics and Molecular Modeling of
Adsorption; Wednesday, November 13 - 2:00PM
- [131] - Reaction Path Analysis; Wednesday, November 13 - 2:00PM
- [136] - Mini Session: Educational Initiatives in Molecular
Simulation and Computational Chemistry;
Wednesday, November 13 - 2:00PM
- [156] - Transport Phenomena and Modelling in Electronic
Materials Processing;
Thursday, November 14 - 8:30PM
- [199] - Computational Chemistry and Its Industrial
Applications: Poster Session;
Thursday, November 14 - 2:00PM
- [203] - Computational Chemistry and Its Industrial
Applications: Plenary Session;
Friday, November 15 - 8:30AM
Go to AIChE's home
page.
Last update: May 27, 1997.
Contact westm@ecs.umass.edu
for corrections or inquiries.