Search Results - "Liaw, D.W."

Brazing of Mo and Nb using two active braze alloys by Chuang, H.W., Liaw, D.W., Du, Y.C., Shiue, R.K.

“…The brazing of molybdenum and niobium using two active braze alloys, 63Ag–35.25Cu–1.75Ti and 68.8Ag–26.7Cu–4.5Ti, has been extensively evaluated. Both infrared…”
Get full text

The microstructural observation of brazing Ti–6Al–4V and TZM using the BAg-8 braze alloy by Chan, H.Y., Liaw, D.W., Shiue, R.K.

“…Microstructural evolution of the brazed Ti–6Al–4V and TZM joints using the BAg-8 braze alloy have been evaluated in this study. According to the dynamic…”
Get full text

Infrared brazing of Mo using the 70Au–22Ni–8Pd alloy by Liaw, D.W., Shiue, R.K.

“…Infrared brazing of Mo using the 70Au–22Ni–8Pd braze alloy is performed in the experiment. Both Au-rich and Ni-rich phases are observed in the infrared brazed…”
Get full text

Microstructural evolution of brazing Ti–6Al–4V and TZM using silver-based braze alloy by Chan, H.Y, Liaw, D.W, Shiue, R.K

“…Microstructural evolution of the brazed Ti–6Al–4V and TZM joint using 95Ag–5Al braze alloy was studied. The Ti–6Al–4V substrate is well wetted by the molten…”
Get full text

Infrared vacuum brazing of Ti–6Al–4V and Nb using the Ti–15Cu–15Ni foil by Liaw, D.W., Wu, Z.Y., Shiue, R.K., Chang, C.S.

“…The microstructural evolution of infrared brazed joint is primarily depended upon redistribution of alloying elements such as Cu, Ni and Nb across the joint…”
Get full text