Tag: Hiroaki Nishikawa

  • 2019 Recipients

    2019 Award Recipients Recipient Award Swee Balachandran, Marco Feliú, Brendan Duffy, Andrew Peters, Kyle Smalling The Association for Unmanned Vehicles Systems International (AUVSI) presented its AUVSI XCELLENCE award — 2nd Place in the Category of Detect and Avoid Solutions – to NIA Research Engineer Dr. Swee Balachandran, recognizing research performed by a team which included NIA Research Scientist Marco Feliú,…

  • Protected: NIA Researchers Contribute Expertise to COVID-19 Solutions

    Protected: NIA Researchers Contribute Expertise to COVID-19 Solutions

    There is no excerpt because this is a protected post.

  • Nishikawa Chosen as AIAA HRS Engineer of the Year

    Nishikawa Chosen as AIAA HRS Engineer of the Year Dr. Hiroaki “Hiro” Nishikawa, NIA Associate Research Fellow Congratulations to Dr. Hiroaki “Hiro” Nishikawa of the National Institute of Aerospace (NIA) for his selection by the Hampton Roads Section of AIAA for the 2020 AIAA HRS Engineer of the Year Award. Dr. Nishikawa is an internationally…

  • 2018 Recipients

    Recipient Award Drs. Yi Lin and Jae-Woo Kim NASA 2018 NASA Langley H. J. E. Reid Award Dr. Li Wang AIAA Hampton Roads Section 2018-2019 Engineer of the Year“For development and demonstration of a high-fidelity, computationally-efficient, multidisciplinary analysis and adjoint-based optimization tool for rotorcraft applications.” Jill Brown and Zachary Johns (Consultant) NASA Group Achievement Award– Autonomy Incubator“Demonstrating…

  • 2017 Recipients

    2017 Award Recipients Recipient Organization Award Tian-Bing Xu R&D 100 Award Finalist “Hybrid Piezoelectric Energy Harvesting Transducer (HYPEHT)” Ronald Krueger American Institute of Aeronautics and Astronautics Region 1 Engineer of the Year Melike Nikbay American Institute of Aeronautics and Astronautics Associate Fellow Nelson De Carvalho ASTM International ASTM Emerging Professional Ross Burns Best Paper Award:…

  • 2016 Recipients

    Organization Award Recipient AIAA Hampton Roads Section Engineer of the Year Dr. Ronald Krueger AIAA Region I Engineer of the Year Honor Society Dr. Ronald Krueger AIAA Election of Researcher as AIAA Associate Fellow Dr. Hiroaki Nishikawa 45th International Conference on Parallel Processing (ICPP) Best Paper Award for paper titled: “Parallel Two-Dimensional Unstructured Anisotopic Delaunay Mesh…

  • 04-10-2018 | Hiroaki Nishikawa: Uses of Zero and Negative Volume Elements for Node-Center Edge-Based Discretization

    100th NIA CFD Seminar: Uses of Zero and Negative Volume Elements for Node-Centered Edge-Based Discretization Date: Tuesday, April 10, 2018 Time: 11am-noon (EST) Room: NIA, Rm101 Speaker: Hiroaki Nishikawa, Associate Research Fellow, NIA Link:  http://hiroakinishikawa.com/niacfds RSVP Requested: reply to Mary Catherine Bunde at mary.bunde@nianet.org Abstract: This talk will discuss how zero and negative volume elements…

  • 03-07-2017 | Hiroaki Nishikawa: Hyperbolic Navier-Stokes Method for High-Reynolds-Number Boundary-Layer Flows

    Topic: 83rd NIA CFD Seminar: Hyperbolic Navier-Stokes Method for High-Reynolds-Number Boundary-Layer Flows Date: Tuesday, March 7, 2017 Time: 11:00am-noon (EST) Room: NIA, Rm 137 Speaker: Hiro Nishikawa, Associate Research Fellow, NIA Weblink: http://nia-mediasite.nianet.org/NIAMediasite100/Catalog/Full/d374119e838c48bc9e3126aea146ffa321 Abstract: This talk will discuss serious accuracy and stability problems in hyperbolic schemes for high-Reynolds-number boundary-layer calculations. For a model one-dimensional problem, a simple fix…

  • 02-14-2017 | Hiroaki Nishikawa: Accuracy-Preserving Source Term Quadrature for Third-Order Edge-Based Discretization

    Title: 81st NIA CFD Seminar: Accuracy-Preserving Source Term Quadrature for Third-Order Edge-Based Discretization Speaker: Hiro Nishikawa, Associate Research Fellow, NIA Date: Tuesday, February 14, 2017 Time: 11:00am-noon (EST) Room: NIA, Rm137 Link to view seminars:  http://nia-mediasite.nianet.org/NIAMediasite100/Catalog/Full/d374119e838c48bc9e3126aea146ffa321 Abstract: This talk will present new source term quadrature formulas for preserving third-order accuracy of the edge-based discretization for conservation laws with…