Develops a posterior-informed two-stage stochastic multi-objective optimization framework for exploration well portfolio selection under uncertainty, solved via sample average approximation and NSGA-II.
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Multilayer Laue lenses as objectives in dark-field X-ray microscopy deliver 56 nm spatial resolution, more than three times better than compound refractive lenses.
3D in-situ imaging shows cross-slip enabling dislocations to escape pile-ups in pure aluminum, producing intermittent plastic flow during tensile deformation.
citing papers explorer
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A two-stage stochastic programming framework for oil and gas exploration well portfolio optimization under geological and economic uncertainty
Develops a posterior-informed two-stage stochastic multi-objective optimization framework for exploration well portfolio selection under uncertainty, solved via sample average approximation and NSGA-II.
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Multilayer Laue Lenses for Enhanced Spatial Resolution in Dark-Field X-ray Microscopy
Multilayer Laue lenses as objectives in dark-field X-ray microscopy deliver 56 nm spatial resolution, more than three times better than compound refractive lenses.
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Revealing Dislocation Interactions Controlling Mechanical Properties of Metals
3D in-situ imaging shows cross-slip enabling dislocations to escape pile-ups in pure aluminum, producing intermittent plastic flow during tensile deformation.