Sentence examples for brazed joints from inspiring English sources

Two different brazing routes, adopted for making alumina alumina brazed joints, included (i) multi-step Mo Mn metallization, followed by brazing with BVAg-8 alloy and (ii) advanced single-step active brazing with CuSil-ABA® alloy.

Even if such components often contain brazing defects, no failure assessment procedures for brazed joints are reported in the literature.

The shear strength of brazed joints was 207% higher than the joints brazed with single Ag Cu Ti foil when a 100 μm thick Cu interlayer was used.

In this study, Ag Cu Ti/Cu mesh/Ag Cu Ti composite foils were designed to braze ZrB2 SiC C (ZSC) ceramic and GH99 superalloy, and sound brazed joints were obtained.

However, maximum tensile strength of laser brazed joints was 338 MPa, which is approximately 3% lower than furnace brazed joints.

Using Ag Cu Ti/Cu mesh/Ag Cu Ti composite foils, the maximum shear strength of the brazed joints increased to 121 MPa, which is 560% of the joints brazed with Ag Cu Ti filler alloy (21 MPa).

Al Sn Zn solid solutions form and disperse in the brazing zone of the Mg/Sn 30Zn/Al brazed joint, decreasing the risk of embrittlement of the brazed joint.

The shear strength of the brazed joint is 47.9% higher than that of joints brazed with single Ag Cu Ti+TiNp filler when a 200 μm thick Cu interlayer is used.

The average microhardness for laser brazed joint was 150 HV compared to 120 HV for furnace brazed joint.

The method is illustrated for a brazed joint.

The typical microstructure of brazed joint was graphite/TiC/β-Sn containing Ti6Sn5/TiC/graphite.