Tubular transition joints providing a metallurgically bonded connection between tantalum and 316 stainless steel pipe sections were comparatively evaluated for durability under thermal cycling conditions approximating the operation of a SNAP-8 mercury boiler. Both coextruded and vacuum brazed transition joints of 50mm (2 inch) diameter were tested by thermal cycling 100 times between 730 C and 120 C(1350 F and 250 F) in a high vacuum environment. The twelve evaluated transition joints survived the full test sequence without developing leaks, although liquid penetrant bond line indications eventually developed in all specimens. The brazed transition joints exhibited the best dimensional stability and bond line durability
Dispersion strengthened tantalum base alloys - development with evaluation of oxygen contaminated an...
Development and testing of double containment tantalum-stainless steel mercury boiler for SNAP 8 spa...
The activated diffusion brazing process was developed for attaching TD-NiCr and U700 finned airfoil ...
Tantallum-stainless steel bimetallic joints tested to determine overall strength of brazed join
Development of optimum fabrication techniques for brazed stainless steel transition joint
Thermal shock testing of coextruded and brazed tubular joints of stainless steel and tantalum for SN...
Tantalum-to-stainless-steel bimetallic transitionjioints were tested to determine the overll stregtq...
Evaluation of different manufacturing of tantalum 316 stainless steel bimetallic tubin
Destructive and nondestructive tests on tantalum austenitic bimetallic tubing for SNAP 8 boiler syst...
Three lots of tantalum/316 stainless steel bimetallic tubing were thoroughly non-destructively evalu...
Joining of refractory-austenitic bimetal tubing of niobium and stainless steel using electron beam, ...
Welding parameters and elevated temperature aging and strength characteristics of transition joints ...
Joining bimetal tubing consisting of austenitic stainless steel with inner lining of niobium or tant...
A large portion of the materials technology is summarized that was generated in support of the devel...
Refractory bimetallic tubing bond quality testing by metallographic and ultrasonic inspectio
Dispersion strengthened tantalum base alloys - development with evaluation of oxygen contaminated an...
Development and testing of double containment tantalum-stainless steel mercury boiler for SNAP 8 spa...
The activated diffusion brazing process was developed for attaching TD-NiCr and U700 finned airfoil ...
Tantallum-stainless steel bimetallic joints tested to determine overall strength of brazed join
Development of optimum fabrication techniques for brazed stainless steel transition joint
Thermal shock testing of coextruded and brazed tubular joints of stainless steel and tantalum for SN...
Tantalum-to-stainless-steel bimetallic transitionjioints were tested to determine the overll stregtq...
Evaluation of different manufacturing of tantalum 316 stainless steel bimetallic tubin
Destructive and nondestructive tests on tantalum austenitic bimetallic tubing for SNAP 8 boiler syst...
Three lots of tantalum/316 stainless steel bimetallic tubing were thoroughly non-destructively evalu...
Joining of refractory-austenitic bimetal tubing of niobium and stainless steel using electron beam, ...
Welding parameters and elevated temperature aging and strength characteristics of transition joints ...
Joining bimetal tubing consisting of austenitic stainless steel with inner lining of niobium or tant...
A large portion of the materials technology is summarized that was generated in support of the devel...
Refractory bimetallic tubing bond quality testing by metallographic and ultrasonic inspectio
Dispersion strengthened tantalum base alloys - development with evaluation of oxygen contaminated an...
Development and testing of double containment tantalum-stainless steel mercury boiler for SNAP 8 spa...
The activated diffusion brazing process was developed for attaching TD-NiCr and U700 finned airfoil ...