Atomistic Modeling of Physical Properties (Advances in Polymer Science, 116)
by Lucien Monnerie, U.W. Suter, D.B. Adolf, I. Bahar, R.H. Boyd, J.G. Curro, J.J. De Pablo, L.R. Dodd, M.D. Ediger, B. Erman, A.A. Gusev, M. Laso, E. Leontidis, G.L. Liang, F. Müller-Plathe, D.W. Noid, R.-J. Roe, K.S. Schweizer, B.G. Sumpter, D.N. Theodorou, W.F.Van Gunsteren, B. Wunderlich
This scholarly volume in the Advances in Polymer Science series examines atomistic modeling to understand physical properties of polymers. Edited by Lucien Monnerie and U.W. Suter, it includes contributions from prominent researchers exploring molecular simulations and their implications for polymer science. Ideal for experts seeking in-depth technical insights.
About This Book
Atomistic Modeling of Physical Properties is part of the Advances in Polymer Science series, volume 116. It focuses on computational methods for simulating and analyzing the physical characteristics of polymers using atomistic approaches.
The book features contributions from a diverse group of researchers, including Lucien Monnerie and U.W. Suter as editors, alongside experts like D.B. Adolf, I. Bahar, and others. These chapters delve into molecular dynamics and related techniques to model polymer structures and properties.
Intended for researchers and professionals in polymer science, the content provides insights into how atomistic simulations can inform material design and property prediction. It emphasizes rigorous scientific methodologies without venturing into speculative applications.
As a used book in good condition, it serves as a valuable resource for academic libraries and individual scholars interested in advanced polymer modeling.
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