A method of applying a plurality of energy beams in the additive manufacture of a component includes a) providing a first and a second energy beam, each set up for the irradiation of a layer of a powder bed, wherein the first beam scans over a first irradiation area and the second beam scans over a second irradiation area, wherein the first and second irradiation areas are substantially arranged adjacent to each other and form part of a manufacturing plane, and b) assigning a scan vector to be scanned in the first irradiation area by the second energy beam, when a melt pool generated by the second energy beam during the scan of the vector is expected to cause less overlap with a powder bed outside of the component's geometry than a melt pool generated by the first energy beam would cause during the scan of the vector.
Resumes
Chemical Process Engineer At Power Systems Mfg., Llc (An Alstom Company)
Chemical Process Engineer at Power Systems Mfg., LLC (An Alstom Company)
Location:
Jupiter, Florida
Industry:
Mining & Metals
Work:
Power Systems Mfg., LLC (An Alstom Company) - Jupiter, Florida since Jan 2013
Chemical Process Engineer
University of Florida May 2011 - Dec 2012
Graduate assistant
Sandia National Laboratories - Albuquerque, New Mexico Area May 2012 - Aug 2012
Computational Materials Science Intern
University of Florida - Gainesville Aug 2011 - Dec 2011
Teacher's Assistant
Storage Research group Jun 2010 - May 2011
Undergraduate member
Education:
University of Florida 2011 - 2012
MS, Materials Science and Engineering
University of Florida 2006 - 2011
BS, Material Sciences Engineering Major
Skills:
Materials Science Experimentation Scanning Electron Microscopy Characterization Optical Microscopy Metallography Monte Carlo Simulation Laboratory Safety Scientific Computing Team Leadership Lacrosse
Honor & Awards:
Lacrosse All-Conference, All-Tournament, and Captain 2010.