DPD News

* Idaho National Laboratory recently published a news article featuring their ongoing works collaborated with the CRUNCH group of Brown University via Dr. Zhen Li. This collaboration work was also tweeted, and was retweeted by U.S. Department of Energy. Brown University is their current research partner in the shale energy research, where the DPD methods developed in the CM4 project are used to develop a new way for investigating oil and gas extraction from shale.

* A new J. Chem. Phys. paper addressing the memory effect in DPD models derived from the Mori-Zwanzig formalism and iterative Boltzmann inversion has been selected as the Editor's Pick featured article. Click here to download the paper.

* The Videos of lectures and slides of the CM4 summer school on Multiscale Modeling of Materials held at Stanford University are available at the Virtual Resource Center.

2015 DPD Workshop

2015 DPD Workshop has been held succefully in Shanghai, China. Over 100 people attended this workshop. Click here to download the Program of 2015 DPD Workshop.

Virtual Resource Center

This virtual resource center was built to help young people start their DPD investigations easily. The following materials were generously provided by the speakers and the organizers of workshops. The copyright of the slides and corresponding contents belong to the original owners.

[4] Videos and Slides of 2016 CM4 Summer School at Stanford University

1. Paul Atzberger: Fluctuating Hydrodynamics Approaches for Mesoscopic Modeling and Simulation: Part I. Video of this Lecture.

2. Paul Atzberger: Fluctuating Hydrodynamics Approaches for Mesoscopic Modeling and Simulation: Part II. Video of this Lecture.

3. Wenxiao Pan: Applications in Mesoscale Modeling: Complex Fluids and Materials. Video of this Lecture.

4. Huan Lei: Selective topics on single-component and multi-component hydrodynamics. Video of this Lecture.

5. George Karniadakis: Multiscale Framework via Domain Decomposition. Video of this Lecture.

6. Yuhang Tang: Multiscale Universal Interface: A Concurrent Framework for Coupling Heterogeneous Solvers. Video of this Lecture. Source code for hands-on demo.

7. Mauro Perego: Coupling of Multifidelity Models: Applications to PNP-cDFT and local-nonlocal Poisson equations. Video of this Lecture.

8. Kyungjoo Kim: Coupling Local and Non-local Problems: Alternating Schwarz and Optimization-based Approaches. Video of this Lecture.

9. George Karniadakis: Coarse-Graining via the Mori-Zwanzig Formalism. Video of this Lecture.

10. Changho Kim: Memory Function Approach and Brownian Motion Theory. Video of this Lecture.

11. Panos Stinis: Problem reduction, memory and renormalization. Video of this Lecture.

12. Jinchao Xu: Multilevel Iterative Methods for Discretized PDEs. Video of this Lecture.

13. Eric Darve: Hierarchical Solvers. Video of this Lecture.

[3] Slides of 2015 DPD Workshop at Shanghai University

1. Alexander Alexeev: Mesoscale Simulations of Stimuli-sensitive Polymer Networks.

2. Marco Ellero: Smoothed Dissipative Particle Dynamics: Theory and Applications to Complex Fluids.

3. Dmitry A. Fedosov: From Single Cells to Intricate Multi-cell Interactions in Blood Flow.

4. Hongxia Guo: The Application of Dissipative Particle Dynamics Simulation Techniques to Complex Fluids.

5. Changho Kim: Quantifying Uncertainties in Equilibrium Particle Dynamics Simulations.

6. Jiaping Lin: Simulations of Self-Assembly of Polypeptide-Based Copolymers.

7. Zhong-Yuan Lu: Multiscale Simulation Study of Polymer Systems Based on Dissipative Particle Dynamics.

8. Alexandre Tartakovsky: Stochastic Smoothed Particle Hydrodynamics Method for Multiphase Flow and Transport.

9. Xianren Zhang: The Interaction Between Nanoparticles and Membranes: From Cytotoxicity to Drug Delivery.

[2] Slides of 2014 Prague Summer school and Workshop - Particles in Flows

1. George Karniadakis: Lecture 1: Dissipative Particle Dynamics – An Overview.

2. George Karniadakis: Lecture 2: Theoretical foundation and parameterization of DPD.

3. George Karniadakis: Lecture 3: New methods beyond traditional DPD.

4. George Karniadakis: Lecture 4: DPD in soft matter and polymeric applications.

[1] Slides of Brown CFD Course APMA 2811T: Dissipative Particle Dynamics

Lecture 2 by Zhen Li: Lecture 2: Theoretical Foundation and Parameterization.

Lecture 3 by Zhen Li: Lecture 3: New Methods Beyond Traditional DPD.

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