Search Results - Titran, Robert H.
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1
Creep strength of niobium alloys, Nb-1%Zr and PWC-11 by Titran, Robert H.
Published 1989Call Number: Loading…Connect to online resource
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2
Advanced high temperature materials for the energy efficient automotive Stirling engine by Titran, Robert H.
Published 1984Call Number: Loading…
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3
Advanced materials for space nuclear power stations by Titran, Robert H.
Published 1991Call Number: Loading…Connect to online resource
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4
Creep strength of niobium alloys, Nb-1%Zr and PWC-11 by Titran, Robert H.
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Government Document Electronic Conference Proceeding eBook -
5
Refractory metal alloys and composites for space nuclear power systems by Titran, Robert H.
Published 1988Call Number: Loading…
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6
Creep-rupture behavior of candidate Stirling engine alloys after long-term aging at 760⁰C in low-pressure hydrogen by Titran, Robert H.
Published 1984Call Number: Loading…
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7
Effects of thermomechanical processing on tensile and long-time creep behavior of Nb-1%Zr-0.1%C sheet by Titran, Robert H.
Published 1994Call Number: Loading…
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8
Long-time creep behavior of the niobium alloy C-103 by Titran, Robert H.
Published 1980Call Number: Loading…
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9
Creep rupture behavior of Stirling engine materials by Titran, Robert H.
Published 1985Call Number: Loading…
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10
Creep-rupture behavior of a developmental cast-iron-base alloy for use up to 800 [degrees] C by Titran, Robert H.
Published 1987Call Number: Loading…
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11
Creep properties of PWC-11 base metal and weldments as affected by heat treatment by Titran, Robert H.
Published 1986Call Number: Loading…
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12
Creep behavior of niobium alloy PWC-11 by Titran, Robert H.
Published 1987Call Number: Loading…
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13
Long-time creep behavior of Nb-1Zr alloy containing carbon by Titran, Robert H.
Published 1986Call Number: Loading…
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14
High temperature properties of equiatomic FeAl with ternary additions by Titran, Robert H.
Published 1984Call Number: Loading…
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15
Creep behavior of tantalum alloy T-222 at 1365 to 1700 K / by Titran, Robert H.
Published 1974Call Number: Loading…Search for the full-text version of this title in HathiTrust
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16
Stirling material technology by Titran, Robert H.
Published 1985Call Number: Loading…
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17
Thermal stability of the microstructure of an aged Nb-Zr-C alloy / by Uz, Mehmet, Titran, Robert H.
Published 1990Call Number: Loading…Online Access
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Government Document eBook -
18
Long-time creep behavior of the niobium alloy C-103 / by Titran, Robert H., Klopp, William D.
Published 1980Call Number: Loading…Online Access
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Government Document eBook -
19
Processing and microstructure of Nb-1%Zr-0.1%C alloy sheet by Uz, Mehmet
Published 1993Other Authors: “…Titran, Robert H.…”
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20
Tensile behavior of tungsten/niobium composites at 1300-1600 K by Yun, Hee Mann
Published 1989Other Authors: “…Titran, Robert H.…”
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Related Subjects
Creep
Metals
Niobium alloys
Stirling engines
Carbides
Alloys
Composite materials
Electron beam welding
Iron alloys
Materials
Niobium
Space power reactors
Space vehicles
Activation energy
Aluminum
Aluminum alloys
Analysis
Arc spraying
Auxiliary power supply
Chromium
Creep diagrams
Creep properties
Creep strength
Degradation
Extruding
Fiber composites
Grain boundaries
Granular materials
Heat resistant alloys
High temperature