Welcome to my page!
・18 Nov. 2023, 31th Japan Polyimide & Aromatic Polymers Conference (PIC-2023) + International Student Workshop (16 Nov.)
・The first paper on AFM nanomechanics has been downloaded 4200 times and cited 17 times in three years (from June 2020). Another paper which incorporated FEA has attracted 1000 views (from August 2022).
・1 Apr. 2023, assistant professor at Ando Laboratory, Tokyo Institute of Technology.
・28 Feb. 2023, a new publication on ACS Appl. Mater. Interfaces (coauthor).
・4 Jan. 2023, a new publication on Chem. Sci. (coauthor).
・18 Sept. 2022, a new publication on Polymer (coauthor).
・06 Aug. 2022, a study that integrated in situ AFM nanomechanics and FEA was published on J. Polym. Sci. (open access)
・1 July 2022, a new publication on Polymer Tech (coauthor, in Japanese).
・25 Dec. 2021, a new publication on Langmuir (coauthor).
・13 Dec. 2021, a new fellowship by JST SPRING, Grant Number JPMJSP2106.
・3 June 2020, the first work of in-situ AFM nanomechanics was published on Jan. J. Appl. Phys. (open access)
・28 May 2020, the work in ZJU has been published on Adv. Mater (coauthor).
A simple code can be used to depict the schematic diagram of the polymer network. (To solve the pain of manual depiction) By simple modification, a stretched network could also be produced.
Wait for updating.
1. INSTALL 2. RUN Let’s try with an example file: a colloid case in ~/examples/. The visualization movie could be obtained here (lammps.org).
Haonan LIU, Ph. D., Assistant Professor
Department of Chemical Science and Engineering
School of Materials and Chemical Technology
Tokyo Institute of Technology
Room 307, East Bldg. 2 (E4-5), 2-12-1
Ookayama, Meguro, Tokyo 152-8552, Japan
Tel: 03-5734-2889 (ex. 2889)