Titlebook: Mechanics of Additive and Advanced Manufacturing, Volume 8; Proceedings of the 2 Sharlotte Kramer,Jennifer L. Jordan,Alison M. Bees Confere

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Jose Torres,Otito Onwuzurike,Amber J. W. McClung,Juan D. Ocampogularization parameter selection methods (RPSMs) have been proposed, very few of them are used in engineering practice. This is due to the fact that theoretically justified methods often require unrealistic assumptions, while empirical methods do not guarantee a good regularization parameter for any

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Suchana Jahan,Hazim El-Mounayri,Andres Tovar,Yung C. Shiny-blurred, low-resolution (LR) image sequences. Initially, the assumption is made that each LR image frame is obtained by subsampling the corresponding original high-resolution (HR) image frame. Then the mathematical model of the subsampling process is obtained. Given a sequence of LR image frames a

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Devin J. Young,Cara Otten,Michael W. Czabajthe desired and appropriate results. Once constraints are imposed on the solution of a problem, it becomes a constrained optimization problem. Since there are a variety of methods available for solving unconstrained optimization problems, rather than the constrained ones, we usually replace the cons

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Structure/Property Behavior of Additively Manufactured (AM) Materials: Opportunities and Challenges accepted “ASTM- or DIN-type” AM certification/qualification processes or fixed AM-material produced specifications. This is in part due to the breath of the evolved microstructures produced across the spectrum of AM manufacturing technologies including powder bed and directed energy systems. Accord

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Fatigue Characterization of 3D-Printed Maraging Steel by Infrared Thermography,am melting. More generally, mechanical properties strongly depend on the process parameters (scan speed, laser power, laser spot size, etc.). The present study proposes a calorific analysis of the fatigue response of 3D-printed maraging steel from thermal measurements obtained by infrared (IR) therm

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Quasi-Static and Dynamic Fracture Behaviors of Additively Printed ABS Coupons Studied Using DIC: Robeen additively printed using a heated circular nozzle producing a continuous bead of 0.2 mm diameter and 0.2 mm layer thickness in the build directions. Of specific interest to this work is the role of two different print architectures namely 0/90° and ± 45° in-plane orientations. The local measure

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