Roger Williams University

DOCS@RWU
Not a member yet
    9357 research outputs found

    Samson House 028: Dismantling the Brownell House

    No full text
    Dismantling the Brownell House in Portsmouth, RI to be re-erected in Little Compton, RI.https://docs.rwu.edu/baker_images/1934/thumbnail.jp

    Samson House: Roof Plan

    No full text
    Architect blueprint for the roof plan for the Samson House.https://docs.rwu.edu/baker_plans/1193/thumbnail.jp

    Samson House 086: Summer Beam, First Floor

    No full text
    Photograph showing the Summer Beam on the First Floor, Portsmouth Side of the newly re-constructed Samson House in Little Compton, RI.https://docs.rwu.edu/baker_images/1959/thumbnail.jp

    Adrienne Wooster

    No full text
    https://docs.rwu.edu/poetry-walk-images/1031/thumbnail.jp

    Samson House 064: Unlabeled Photograph

    No full text
    Unlabeled photograph for Samson House re-erection.https://docs.rwu.edu/baker_images/1951/thumbnail.jp

    Samson House 088: Unlabeled, Re-building Roof Frame

    No full text
    Unlabeled photograph showing re-building of the roof on Samson House in Little Compton, RI.https://docs.rwu.edu/baker_images/1961/thumbnail.jp

    Turning kinematics of the scyphomedusa Aurelia aurita

    No full text
    Scyphomedusae are widespread in the oceans and their swimming has provided valuable insights into the hydrodynamics of animal propulsion. Most of this research has focused on symmetrical, linear swimming. However, in nature, medusae typically swim circuitous, nonlinear paths involving frequent turns. Here we describe swimming turns by the scyphomedusa Aurelia aurita during which asymmetric bell margin motions produce rotation around a linearly translating body center. These jellyfish ‘skid’ through turns and the degree of asynchrony between opposite bell margins is an approximate predictor of turn magnitude during a pulsation cycle. The underlying neuromechanical organization of bell contraction contributes substantially to asynchronous bell motions and inserts a stochastic rotational component into the directionality of scyphomedusan swimming. These mechanics are important for natural populations because asynchronous bell contraction patterns are common in situ and result in frequent turns by naturally swimming medusae

    Samson House 050: Summer Beam, Isaac Barker House

    No full text
    Photograph of the Summer Beam taken from the Isaac Barker House in Tiverton, RI. Dismantled in 1977.https://docs.rwu.edu/baker_images/1945/thumbnail.jp

    Samson House: Specifications for the General Construction Phase 1

    Get PDF
    Specifications for the General Construction Phase I Restoration and Reuse for Mr. and Mrs. Hugh Samson, Rockbridge Farm, Little Compton, Rhode Island. Prepared by Joseph L. Nichols, Registered Architect, Newport, Rhode Island, December 27, 1977

    Vol. 29, No. 2 Winter 2024

    Get PDF

    6,204

    full texts

    9,357

    metadata records
    Updated in last 30 days.
    DOCS@RWU is based in United States
    Access Repository Dashboard
    Do you manage Open Research Online? Become a CORE Member to access insider analytics, issue reports and manage access to outputs from your repository in the CORE Repository Dashboard! 👇