A mold material system has been developed that can be SLS processed and used to cast titanium alloys. Stabilized zirconia, chosen forits low reactivity with molten titanium, has been sintered into mold shapes. The molds have been infiltrated with a colloidal solution ofunstabilized zirconia and fired to create a partially stabilized structure. ·SEM analysis shows that the unstabilized zirconia forms bridges between the larger stabilized zirconia particles that provide strength to the mold.Mechanical Engineerin
We investigated interactions between Ti6Al4V alloys and strontium zirconate (SrZrO3) ceramic to asse...
Commercially pure titanium was produced using laser engineered net shaping (LENS) and selective lase...
International audience• Homogenous powder blend of Ti6Al4V and nYSZ was obtained. • β peaks in SLMed...
A mold material system has been developed that can be SLS processed and used to cast titanium alloy...
Titanium casting molds, made of stabilized and unstabilized zirconium oxide, were created using a co...
Several investigations have examined magnesia-based investments for pure titanium casting. However, ...
Titaniuni and its alloys have many applications in aerospace, marine and other engineering industrie...
The production of high quality titanium and titanium alloys castings is a difficult and expensive ta...
This PhD study firstly presents the results of using selective laser melting (SLM) to produce commer...
The experimental observations of casting titanium in sodium silicate bonded zircon sand mould are pr...
Recent work in Selective Laser Sintering of ceramics at the University of Texas at Austin demonstrat...
The experimental observations of casting Ti in sodium silicate bonded zircon sand mould are presente...
AbstractCasting of titanium based alloys presents considerable problems including the extensive inte...
Selective laser sintering (SLS) is being developed for dental applications. This study aimed to inve...
Titanium metal injection molding allows creation of complex metal parts that are lightweight and bio...
We investigated interactions between Ti6Al4V alloys and strontium zirconate (SrZrO3) ceramic to asse...
Commercially pure titanium was produced using laser engineered net shaping (LENS) and selective lase...
International audience• Homogenous powder blend of Ti6Al4V and nYSZ was obtained. • β peaks in SLMed...
A mold material system has been developed that can be SLS processed and used to cast titanium alloy...
Titanium casting molds, made of stabilized and unstabilized zirconium oxide, were created using a co...
Several investigations have examined magnesia-based investments for pure titanium casting. However, ...
Titaniuni and its alloys have many applications in aerospace, marine and other engineering industrie...
The production of high quality titanium and titanium alloys castings is a difficult and expensive ta...
This PhD study firstly presents the results of using selective laser melting (SLM) to produce commer...
The experimental observations of casting titanium in sodium silicate bonded zircon sand mould are pr...
Recent work in Selective Laser Sintering of ceramics at the University of Texas at Austin demonstrat...
The experimental observations of casting Ti in sodium silicate bonded zircon sand mould are presente...
AbstractCasting of titanium based alloys presents considerable problems including the extensive inte...
Selective laser sintering (SLS) is being developed for dental applications. This study aimed to inve...
Titanium metal injection molding allows creation of complex metal parts that are lightweight and bio...
We investigated interactions between Ti6Al4V alloys and strontium zirconate (SrZrO3) ceramic to asse...
Commercially pure titanium was produced using laser engineered net shaping (LENS) and selective lase...
International audience• Homogenous powder blend of Ti6Al4V and nYSZ was obtained. • β peaks in SLMed...