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Results for “Ductility”
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Towards More Ductile Refractory High-Entropy Alloys at Room Temperature--PowerPoint presentation slides.
Abstract not provided.
Development of a Ductile Rupture Failure Surface for a High-Strength Steel Using the Xue-Wierzbicki Failure Model
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Enabling Ductile Failure Prediction in Additively Manufactured Metals via 3D Characterization
34th Rio Grande Symposium on Advanced Materials Session: Structural Materials and Failure Mechanisms
Calibration and Validation of Ductile Failure models for a Plate Puncture Experiment
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Mechanisms of Heterogeneous Void Growth in Ductile Failure of Aluminum
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Ductile Failure Modeling of a Plate Puncture Experiment: Calibration & Validation
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A workflow for simulating variability in strength and ductile fracture of laser-welded materials with porosity defects using non-local damage and adaptive remeshing
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On the Onset of Plasticity: Determination of Strength and Ductility
The analysis of the work hardening variation with stress reveals insight to operative stress-strain mechanisms in material systems. The onset of plasticity can be assessed and related to ensuing plastic deformation up to the structural instability using one constitutive relationship that incorporates both behaviors of rapid work hardening (Stage 3) and the asymptotic leveling of stress (Stage 4). Results are presented for the mechanical behavior analysis of Ti-6Al-4V wherein the work hardening variation of Stages 3 and 4 are found to: be dependent through a constitutive relationship; be useful in a Hall-Petch formulation of yield strength; and provide the basis for a two point-slope fit method to model the experimental work hardening and stress-strain behavior.
Effects of hydrogen on steady, ductile crack growth: Computational studies
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INVESTIGATION TO DETERMINE THE EFFECTS OF CONTROLLED THERMAL TREATMENT IN REACTIVE GASEOUS ATMOSPHERE ON THE DUCTILITY AND SELECTED OTHER FABRICATION PROPERTIES OF MOLYBDENUM AND MOLYBDENUM ALLOY STRIP.
Heat treatment of molybdenum and its alloys in a reactive atmosphere
A semi-atomistic model for flaw-induced fracture in non-ductile materials
Semiatomistic model for nonductile fracture based on analysis of static and dynamic stress concentrations in uniaxial fiber-matrix composite materials
Ductility limitations of aluminum-silicon alloys
Relation between microstructure and mechanical properties of cast 356 type aluminum alloys
Investigation of the reinforcement of ductile metals with strong, high modulus discontinuous brittle fibers Quarterly report
Factors affecting reinforcement of aluminum with boron carbide whiskers
Development of ductile cladding for TD-nickel turbine vane applications Final report, 5 Jul. 1967 - 31 Dec. 1968
Slurry technique for applying NI-CR-AL-SI coatings to TD-NI
A method for obtaining high ductility in critical areas of aluminum castings
Wrought aluminum alloys provide high-strength substitute in the damaged area of aluminum castings. The segment can either be welded to the cast alloy or built in with a heat-treatable welding rod.
Development of ductile high strength chromium alloys
Heat treatment of carbide and boride strengthened chromium alloys to improve tensile and creep rupture strength