The Strain Scanning Simulation Software / ENGINX / Renewable Energy / Rutherford Appleton Laboratory / UT-Battelle LLC / Oak Ridge National Laboratory / /
Country
Switzerland / Italy / United States / Australia / United Kingdom / /
Event
Business Partnership / /
Facility
Innovation Campus / Open University / Institute of Materials Engineering / The facility / Archaeological Museum of Florence / The Open University / Neutron Residual Stress Mapping Facility / Walton Hall / /
IndustryTerm
instrument coordinate systems / parallel robot positioning systems / beam line positioning systems / tomographic imaging / energy selective methods / external systems / suitable coordinate systems / bundled software / routine search / neutron beam line positioning systems / diffraction applications / stainless steel ball bearings / simulation software / imaging / system software / parallel robotic systems / software collision detection / optical theodolites technology / neutron transmission imaging / disparate positioning systems / instrument hardware / potential applications / likely solution / sample positioning systems / joint imaging / ancillary hardware / manageable software / precision steel balls / serial chain / arbitrary positioning systems / /
OperatingSystem
ISIS / /
Organization
Open University / U.S. Department of Energy / Australian Nuclear Science & Technology Organisation / UK Science and Technology Facility Council / office of FreedomCAR and Vehicle Technologies / Virtual Laboratory / Institute of Materials Engineering / /
Person
A. Paradowska / Salvatore Siano / William Barton Bailey / Stewart Platforms / Milton Keynes / Robert van Langh / /
Robotics methods for beam line instrument simulation and control J. A. James1, E. C. Oliver2, A. Paradowska2, C.R. Hubbard3, J. Schmidlin3, L. Edwards4 1 The Open University, Materials Engineering, Walton Hall, Milton Ke