Many companies have on-going efforts that use molecular modeling and simulation to accelerate development of new specialty materials and to obtain needed thermochemistry and kinetics. By molecular modeling and simulation, we include:
- Molecular mechanics
- Molecular dynamics
- Monte Carlo molecular simulation
- Semi-empirical and ab initio quantum mechanics
- Quantum reaction-rate theories
and recognize that such methods are crucially tied to experimental data and to information technologies. They may yield qualitative relationships, or they may be 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.
- 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.
- Web-based textbook on molecular modeling and simulation
- Web-based modules to introduce molecular modeling concepts into existing undergraduate chemical engineering courses
- Conference: Foundations of Molecular Modeling and Simulation (FOMMS 2000, 2003, 2006)
- "Past Chair":Tim Anderson
- Chair: Phil Westmoreland
- 1st Vice Chair: Grant Heffelfinger
- 2nd Vice Chair: Peter Cummings
- Secretary-Treasurer: Carol Hall
- Vice Chair for Communications: Thanos Panagiotopoulos
- Vice Chair for Membership: Joe Golab
- Liaison Director (1 yr): Paulette Clancy [MRS, ...]
- Liaison Director (1 yr): Matthew Neurock [20, ...]
- Liaison Director (2 yr): Pablo Debenedetti [1a, ...]
- Liaison Director (2 yr): Sanat Kumar [8, ...]
