FM Material was HIPped at 1200 C under 30 ksi. Full density was achieved. This material presents average Vicker's hardness of 1068 and fracture toughness of 10.05 MPa m{sup 1/2} in the fiber parallel direction and average Vicker's hardness of 987 and fracture toughness of 9.52 MPa m{sup 1/2} in the fiber perpendicular direction. Binder burnout of larger FM specimen (0.865 inches in diameter and 1.25 inches in length) was found very difficult. Large cracks and delamination appeared on the specimen's surface and interior even with a very slow burnout rate of 0.1 C/min was used
This paper presents a comprehensive investigation into the effects of advanced heat treatment techni...
In this study hardfacing by flux-cored arc welding with Fe-Mo-Mn-B-C-based alloy as an alternative t...
Wear of materials causes a big share of the annual costs in many industrial sectors like mining. In ...
The project has seen quite a bit of activity in this quarter, highlighted by the fabrication of a bi...
The project continued in this reporting period with focus on three issues: (1) failure analysis of t...
The microstructure and mechanical properties of a specimen HIPped at 1100 C under 60 ksi were examin...
In this reporting period, full disc prototype manufacturing tests continued. The disc size and HIP c...
Michigan Technological University, together with The Robbins Group, Advanced Ceramic Research, Advan...
A tungsten carbide monolithic preform was produced by Advanced Ceramics. MTU conducted various sinte...
In this reporting period, we continued full disc prototype manufacturing. The vacuum offgas system n...
The work performed on this program was to develop wear resistant, tough FM composite materials with ...
Published mechanical and thermal properties data on a variety of materials was gathered, with focus ...
The work performed on this program was to develop wear resistant, tough FM composite materials with ...
During the reporting period, work continued on development of formulations using the materials down-...
During the reporting period, work continued on development of formulations using the materials down-...
This paper presents a comprehensive investigation into the effects of advanced heat treatment techni...
In this study hardfacing by flux-cored arc welding with Fe-Mo-Mn-B-C-based alloy as an alternative t...
Wear of materials causes a big share of the annual costs in many industrial sectors like mining. In ...
The project has seen quite a bit of activity in this quarter, highlighted by the fabrication of a bi...
The project continued in this reporting period with focus on three issues: (1) failure analysis of t...
The microstructure and mechanical properties of a specimen HIPped at 1100 C under 60 ksi were examin...
In this reporting period, full disc prototype manufacturing tests continued. The disc size and HIP c...
Michigan Technological University, together with The Robbins Group, Advanced Ceramic Research, Advan...
A tungsten carbide monolithic preform was produced by Advanced Ceramics. MTU conducted various sinte...
In this reporting period, we continued full disc prototype manufacturing. The vacuum offgas system n...
The work performed on this program was to develop wear resistant, tough FM composite materials with ...
Published mechanical and thermal properties data on a variety of materials was gathered, with focus ...
The work performed on this program was to develop wear resistant, tough FM composite materials with ...
During the reporting period, work continued on development of formulations using the materials down-...
During the reporting period, work continued on development of formulations using the materials down-...
This paper presents a comprehensive investigation into the effects of advanced heat treatment techni...
In this study hardfacing by flux-cored arc welding with Fe-Mo-Mn-B-C-based alloy as an alternative t...
Wear of materials causes a big share of the annual costs in many industrial sectors like mining. In ...