Tag ~melt pool

3dprint permalink d printing aerospace d printing military d printing d print monitoring d printing defects afrl air force research laboratory afrl america makes certification funding hybrid manufacturing internet of things iot lightweighting materials and manufacturing directorate melt pool analysis qualification rapid innovation call

3dprint permalink metal d printing quality control inos ipsum technologies llc melt pool monitoring metal d printing quality assurance quality control sigma labs

3dprint permalink d printing science technology melt pool thermal conductivity

3dprint permalink d printing aerospace d printing military d printing d printed electronics d printing beryllium additive manufacturing modeling challenge afrl air force aircraft airfoil america makes american semiconductor aond barnes group branch technology composites conductive inks cybersecurity dassault systmes ded digital inventories drones flexible d printing flexible microcontrollers harvard wyss institute hightemperature composites hill air force base hypersonics in situ modeling insulation kit intermetallics iperionx juggerbot material extrusion melt pool melt pool dynamics mro nasa ods materials orbital antenna outofproduction parts process control questek relativity space slm solutions solar cells tooling uas university of dayton research institute us air force wire harnesses xrays ysu

3dprint permalink d printing science technology gcode journal article laser laser powder bed fusion additive manufacturing melt pool metrology national institute of standards and technology nist powder bed fusion research paper testbed printer

3dprint permalink d printing automotive d printing exclusive interviews d printing added scientific aluminum porosity astm f binder jetting bsi centre for additive manufacturing chris tuck christopher tuck conductive components cooling higher viscosity inkjet heads inkjet inkjet manufacturing medicine lpbf material jetting material jetting simulation melt pool control metals multimaterial parts nottingham univeristy polymers reactive fusion scalable production ti mechanical properties