Chain Stiffness Effects

Chain Stiffness Effects is a theoretical construct in polymer simulation that characterizes the resistance of a polymer chain to conformational changes due to energetic penalties associated with bond angle deviations, thereby distinguishing it from flexible chain models by explicitly accounting for backbone rigidity in determining macromolecular structure and dynamics.

728

Publications

34.2K

Citations

1.7K

Authors

535

Institutions

Publications per year

2017–2026

109

Authors

1.7K

  1. KB
    Kurt Binder

    Johannes Gutenberg University Mainz, Germany

    24 publications · 1.1K citations

    20

    h-index

  2. TN
    Takashi Norisuye

    The University of Osaka, Japan

    15 publications · 712 citations

    15

    h-index

  3. WP
    Wolfgang Paul

    Johannes Gutenberg University Mainz, Germany

    15 publications · 698 citations

    14

    h-index

  4. HY
    Hiromi Yamakawa

    Kyoto University, Japan

    12 publications · 375 citations

    12

    h-index

  5. JF
    Jack F. Douglas

    National Institute of Standards and Technology, United States

    11 publications · 567 citations

    11

    h-index

1–5 of 1.7K

Venues

  1. Macromolecules

    142 publications · 6.5K citations

    47

    h-index

  2. The Journal of Chemical Physics

    133 publications · 8.9K citations

    45

    h-index

  3. Polymer

    30 publications · 1.4K citations

    20

    h-index

  4. The Journal of Physical Chemistry B

    22 publications · 1.3K citations

    17

    h-index

  5. Physical Review E

    PRE · 22 publications · 587 citations

    15

    h-index

1–5