Welcome to SOAR: Shocker Open Access Repository!
SOAR is the institutional repository of Wichita State University. The purpose of SOAR is to make the University's digital scholarship available to global audience and to serve as a reliable digital storage. SOAR has a dual function of a publication platform and a digital archive. University faculty and staff are invited to publish research works, data, or documents in SOAR. For more information contact: soar@wichita.edu.
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Recently Added
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A review of operations research models in invasive species management: state of the art, challenges, and future directions
(Springer, 2017-10-28)Invasive species are a major threat to the economy, the environment, health, and thus human well-being. The international community, including the United Nations’ Global Invasive Species Program (GISP), National Invasive ... -
Review -- Two different multiple photosynthetic reaction centers using either zinc porphyrinic oligopeptide-fulleropyrrolidine or free-base porphyrinic polypeptide-Li+@C60supramolecular complexes
(Institute of Physics Publishing, 2020-08-10)An overview of two successful examples of photosynthetic reaction center models combined with light-capturing antenna chromophores is presented. In the first example, supramolecular complexes are formed between flexible ... -
HIV stigma, resilience and depressive symptoms among older adults living with HIV in rural Namibia
(Routledge, 2020-09-05)In sub-Saharan Africa, HIV-positive older adults aged 50 years and older experience complex psychosocial issues in addition to dealing with their HIV status and the ageing process. This study focused on the association ... -
Mechanical and thermal properties of carbon fiber reinforced composite with silanized graphene as nano-inclusions
(SAGE, 2020-09-02)The use of nanofillers to enhance the properties of fiber reinforced composites is limited due to the adverse effect on mechanical properties caused by agglomeration of these nanofillers in the matrix materials. In this ... -
Mechanics-based model for rapid prediction of low-velocity impact damage in composite laminates
(American Institute of Aeronautics and Astronautics Inc., 2020-08-03)A mechanics-based modeling approach is developed to rapidly predict damage in polymer matrix composites resulting from a low-velocity impact event. The approach is incorporated into a computer code that provides an efficient ...
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