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Relevant bibliographies by topics / Part-set cuing

Academic literature on the topic 'Part-set cuing'

Author: Grafiati

Published: 11 March 2023

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Journal articles
Dissertations / Theses
Book chapters
Conference papers

Consult the lists of relevant articles, books, theses, conference reports, and other scholarly sources on the topic 'Part-set cuing.'

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Journal articles on the topic "Part-set cuing"

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Kelley, Matthew R., Yuri Parasiuk, Jennifer Salgado-Benz, and Megan Crocco. "Spatial part-set cuing facilitation." Memory 24, no. 6 (August 7, 2015): 737–45. http://dx.doi.org/10.1080/09658211.2015.1046382.

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Del Missier, Fabio, and Chiara Terpini. "Part-set cuing in option generation." Memory & Cognition 37, no. 3 (April 2009): 265–76. http://dx.doi.org/10.3758/mc.37.3.265.

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Reysen, Matthew B., and James S. Nairne. "Part-set cuing of false memories." Psychonomic Bulletin & Review 9, no. 2 (June 2002): 389–93. http://dx.doi.org/10.3758/bf03196298.

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Cole, Sydni M., Matthew B. Reysen, and Matthew R. Kelley. "Part-set cuing facilitation for spatial information." Journal of Experimental Psychology: Learning, Memory, and Cognition 39, no. 5 (2013): 1615–20. http://dx.doi.org/10.1037/a0032424.

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Dagnall, Neil, Andrew Parker, and Gary Munley. "Effects of Part-Set Cuing on Reminiscence." Perceptual and Motor Skills 105, no. 3 (December 2007): 1015–22. http://dx.doi.org/10.2466/pms.105.3.1015-1022.

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DAGNALL, NEIL. "EFFECTS OF PART-SET CUING ON REMINISCENCE." Perceptual and Motor Skills 105, no. 7 (2007): 1015. http://dx.doi.org/10.2466/pms.105.7.1015-1022.

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Peynircioglu, Zehra F., and Corbin Moro. "Part-Set Cuing in Incidental and Implicit Memory." American Journal of Psychology 108, no. 1 (1995): 1. http://dx.doi.org/10.2307/1423098.

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Fritz, Catherine O., and Peter E. Morris. "Part-set cuing of texts, scenes, and matrices." British Journal of Psychology 106, no. 1 (December 5, 2013): 1–21. http://dx.doi.org/10.1111/bjop.12058.

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Dagnall, Neil, Andrew Parker, and Gary Munley. "The Effects of Part-Set Cuing on the Recall of General Knowledge Information." Journal of Cognitive Education and Psychology 7, no. 2 (January 2008): 248–65. http://dx.doi.org/10.1891/194589508787381809.

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Three experiments were conducted to investigate whether part-set cuing effects generalize to an educational style learning and assessment task. Mnemonic performance was assessed in terms of overall recall, item gain (reminiscence) and item loss (forgetting). In Study 1 we found that negative part-set cuing effects extended to the recall of general knowledge items. In Studies 2 and 3 we explored the boundaries of the observed partset cuing effect further, focusing on cue set size and cue set order. Greater inhibition was observed with 15 than 5 cue items (Study 2), and cue set order was found to affect item gain when cue set order was emphasized prior to or at retrieval (Study 3). The implications of these findings are discussed in the context of learning, recall and assessment.

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Basden, Barbara H., David R. Basden, Barbara A. Church, and Pat Beaupre. "Setting boundary conditions on the part-set cuing effect." Bulletin of the Psychonomic Society 29, no. 2 (February 1991): 213–16. http://dx.doi.org/10.3758/bf03335238.

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Dissertations / Theses on the topic "Part-set cuing"

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Wissman, Kathryn Taylor. "Collaborative inhibition: Evaluation of the part-set cuing hypothesis for key-term definitions." Kent State University / OhioLINK, 2016. http://rave.ohiolink.edu/etdc/view?acc_num=kent1466529686.

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Tomlinson, Tracy Darlene. "The role of part-set cuing and retrieval induced forgetting in subjective probability judgments." College Park, Md.: University of Maryland, 2007. http://hdl.handle.net/1903/7266.

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Thesis (M.S.) -- University of Maryland, College Park, 2007.
Thesis research directed by: Dept. of Psychology. Title from t.p. of PDF. Includes bibliographical references. Published by UMI Dissertation Services, Ann Arbor, Mich. Also available in paper.

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Book chapters on the topic "Part-set cuing"

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Snow, Rosamund. "What patients wish you understood." In Oxford Textbook of Medicine, edited by John D. Firth, Christopher P. Conlon, and Timothy M. Cox, 8–13. Oxford University Press, 2020. http://dx.doi.org/10.1093/med/9780198746690.003.0003.

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Learning medicine has traditionally meant a strong focus on acute medicine—diagnosing, treating, curing, and concentrating on one part of the body at a time. Traditionally, the doctor has always been the expert, the person we come to when something is wrong, to help make our bodies healthy again. Those skills are still vital, but things are changing in several key ways. This chapter is written from a personal viewpoint on how helping patients manage chronic conditions requires a different set of skills from those used in acute medicine. Diagnosis becomes only a tiny part of the story, because people can live with a long-term condition for a lifetime, and restoring people to full health is often impossible. Dividing the body up into textbook chapters becomes less and less relevant because chronic illnesses can impact on many body parts at once.

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Conference papers on the topic "Part-set cuing"

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Walczyk, Daniel, Jaron Kuppers, and Casey Hoffman. "Curing and Consolidation of Advanced Thermoset Composite Laminate Parts by Pressing Between a Heated Mold and Customized Rubber-Faced Mold." In ASME 2010 International Manufacturing Science and Engineering Conference. ASMEDC, 2010. http://dx.doi.org/10.1115/msec2010-34054.

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Curing and consolidating thermoset composite laminates and sandwich structures typically involves vacuum bagging an uncured and formed layup over a thin-walled mold, placing it in an autoclave, and subjecting the entire unit to temperature, vacuum and pressure cycles as prescribed by the manufacturer. Autoclaving is generally considered the major bottleneck in manufacturing of advanced composites parts because of high capital and consumable costs, energy usage, waste generated and process scalability. A new curing and consolidation process, called ‘thermal press curing’ is discussed and demonstrated as an alternative to autoclaving. The process involves compressing a composite laminate between a special mold set — heated metal mold and a matching rubber-covered mold made of an insulative material — designed to provide uniform temperature and pressure over the metal mold surface, that is, mimic the process conditions provided by an autoclave. The thermal press curing process is demonstrated for the first time using a mold set for a simple 2-dimensional axisymmetric shape. An aluminum curing mold with embedded electric resistance cartridge heaters is heuristically designed to provide uniform temperature in operation across the mold surface within 1°C of the target value (177°C). With the mold set compressing an eight-ply carbon/epoxy composite workpiece and well insulated on all sides, the power draw is at least 1–2 orders-of-magnitude less than a comparable autoclaving operation. The potential to significantly improve pressure uniformity from the compressed rubber mask is shown by changing the mask shape. Even without an optimized rubber layer shape and thickness, the eight-ply composite part was successfully cured. Finally, a plan for future work is described.

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Billah, Kazi Md Masum, Ahmed Arabi Hassen, Aslan Nasirov, Gregory Haye, Jesse Heineman, Vlastimil Kunc, and Seokpum Kim. "Thermal Analysis of Large Area Additive Manufacturing Resistance Heating Composites for Out of Oven/Autoclave Applications." In ASME 2020 International Mechanical Engineering Congress and Exposition. American Society of Mechanical Engineers, 2020. http://dx.doi.org/10.1115/imece2020-23730.

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Abstract Additive Manufacturing (AM) of carbon fiber (CF) reinforced composite has received growing attention because of the design flexibility, superior mechanical properties, improved thermal properties, and weight reduction. Autoclave tooling was proven to be a successful application for large scale AM technology. The capital cost, and cost associated with heating, and cycle time in a conventional autoclave process is relatively high. Thus, an innovative design of AM mold with an efficient heating scheme is essential. This study represents an innovative method of the resistive heating of composite molds which does not require a room size oven for heating during the curing processing. Therefore, it has the potential to reduce the operating cost drastically. For the design validation and feasibility study, we performed a numerical analysis of the wire embedded and AM mold parts. The goal of this study is to determine and optimize the thermal behavior of the printed mold with embedded wire technology. It is anticipated that the larger distance between the embedded wires along the printing direction (z-direction) increase the cold spot, on the other hand, a close distance of the wire can create the unwanted localize heating, thus melting. Constant thermal properties of the 20 wt.% short CF reinforced acrylonitrile butadiene styrene (ABS) was used for the simulation purpose. Thermal characterization was set to 100°C to avoid the thermal deformation or bulging on the part surface.

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Chekuri, Pushkara Varma, Ashish Singhal, Sheraya Kaura, Mikhil Dange, Animesh Kumar, and Swarnima Singh. "Tailored Cement Systems with Enhanced Mechanical Properties Designed to Eliminate Sustained Casing Pressure in Development Wells." In Middle East Oil, Gas and Geosciences Show. SPE, 2023. http://dx.doi.org/10.2118/213655-ms.

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Abstract Objectives/Scope Oil and gas wells in the Barmer fields (Rajasthan, India) typically require a timeframe of five to seven days for well completion. The cementing process includes a wide range of challenges, including low fracture gradients, lost circulation, and sustained casing pressure (SCP). Because the baseline challenges were identified from cementing through completion phases, the target was to design a tailored, gas-tight, resilient, lightweight cement system to address wellbore integrity issues. The modelled simulations showed the rheological behaviour, equivalent circulating density (ECD), pumping rates, and maximum surface pressure, whereas the 3D model predicted the sweep efficiency of the pumped fluids. Elastomeric materials were incorporated into the designs to counter the stresses induced during well activities. Advanced laboratory testing was performed to ensure that these lightweight slurries met the requirements to address multiple issues by exhibiting suitable mechanical properties (based on finite element analysis (FEA) simulation output), gas-tight behaviour, and lost circulation curing capabilities. Three stable cement slurries were designed with the available set of additives to simplify operations. Elastomeric additives altered the mechanical properties of the set-cement sheath to provide greater resilience than conventional cement. More than 22 wells were cemented with a varied range of densities that were designed/modified with the available chemical additives, based on the severity of the depleted reservoir zones. To ensure completion of the full process (ranging from design to completion of the cement job), multiple verifications/checks were implemented. Quality control played an important part, and all new bulk blended batches were tested for mechanical properties. The wide range of densities and sensitivity tests of the cement system assured reliable implementation. The successful design and cemented completion resulted in the reduction/elimination of sustained casing pressure. SCP, which may have been a safety hazard, influences production rates and, in the worst case, could compromise the structural integrity of the well. Results indicated that more than 90% success was achieved in the targeted segment of the field, in terms of SCP in the B-annulus (after cementing and perforation of the wells) where the values were well below their maximum allowable limits. The returns to surface, excellent cement bond logs, microseismogram, circumferential visualization, and zonal isolation under lost circulation conditions further justified the performance of enhanced slurry designs.

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Moghadam, A., and A. N. Corina. "Modelling Stress Evolution in Cement Plugs During Hydration." In 56th U.S. Rock Mechanics/Geomechanics Symposium. ARMA, 2022. http://dx.doi.org/10.56952/arma-2022-0966.

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ABSTRACT: In this work, we have developed a methodology to model the stress evolution in cement plugs during hydration. The model begins with the slurry state of cement and calculates the water consumption and void creation over time as the hydration reactions progress. The void volume change due to chemical shrinkage is imported into a coupled mechanical model that calculates the pore pressure drop and the resulting change in stresses. The results of the proposed modelling methodology are verified using lab experiments from the literature. The results provide new insights in understanding cement behavior under lab and field conditions. Under most scenarios, cement’s pore pressure drops to saturation pressure of water which leads to partial evaporation of the remaining pore water. This pore pressure drop controls the radial stress change, according to the theory of poroelasticity. For a plug set under an initial pressure of 5 MPa, the radial stress drops to 1.6 MPa after 20 hours of curing. This stress drop can cause the cement to debond from the casing, if the fluid pressure above the plug exceeds the final radial stress. This methodology can be extended to annular cements and initial cement stress after placement can be readily calculated. 1. INTRODUCTION Zonal isolation in active and abandoned wells is paramount to ensure minimal fugitive methane emissions and to protect shallow freshwater aquifers. Wells penetrate different strata and can create a leakage pathway in case of a damaged cement sheath. This has been linked to methane emissions to the atmosphere (Schout et al., 2019), and aquifers (Osborn et al., 2011). Historically, oil and gas wells have been the main culprit in providing the leakage pathway for unwanted fluids. As more geothermal, energy, and carbon storage wells are drilled as part of the energy transition, zonal isolation challenges require more attention due to the long expected lifetime for these wells and unique operating conditions.

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Ouellette, Joseph. "Heatpipe/Thermosyphon Augmented Mandrels to Improve Cure Quality and to Reduce Cure Time in the Thermoset Pipe and Tube Filament Winding Process." In ASME 2010 Pressure Vessels and Piping Division/K-PVP Conference. ASMEDC, 2010. http://dx.doi.org/10.1115/pvp2010-25212.

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Mandrels used in conventional filament winding processes for the production of (GFRP) fiberglass pipe are generally not actively heated. Mandrels, after being overwrapped by continuous bands of filaments impregnated with uncured resin, are then passively and indirectly heated as the resin/fiber matrix covering them is cured. Curing occurs by placing the mandrel and uncured laminate assembly in a convection oven or by radiating the mandrel/uncured laminate assembly with infrared heat energy for a period of time at elevated temperature to affect a cure of the composite laminate. Typically mandrels are rotated during cure to assure homogenous resin consistency within the matrix. When processed in this fashion, mandrels are typically the least heated part of the assembly; the heat energy being applied only to the outside surface of the uncured resin/fiberglass matrix. The energy thus applied must then be conducted first through the wall of the composite laminate. The laminate tends to be thermally insulative as it cures. Therefore the cure of the resin matrix occurs without any significant thermal input from the mandrel. Significant time and energy are required to bring the temperature of the mandrel and the inner surface of the laminate to a temperature which assures an optimum cure. A new application of a mature aerospace derived heat transfer technology now provides uniform, controllable and discrete energy to the mandrel. Mandrels incorporating this technology exhibit near isothermal temperatures, random point to point, on the mandrel surface. These temperatures can be set and controlled from below ambient to 220°C. Heatpipe technology provides these mandrels with essentially super thermal conductive characteristics due to the latent heat phase change heat transfer methodology used within them. Mandrels incorporating heatpipe technology absorb energy based on any localized energy input and transfer that absorbed energy throughout the mandrel in an isothermal manner. This super thermally conductive property provides additional uniform heat to the mandrel surface covered by the uncured resin matrix. When the necessary thermal energy input is provided, the mandrel now transfers that energy as heat uniformly throughout the mandrel surface. The mandrel, now being actively heated, lends that thermal energy to the cure sequence by heating the uncured resin/fiberglass matrix in contact with the mandrel’s surface. This extra energy provided to I.D. surface of the laminate results in a shorter duration cure due to an increase in the surface area actively being heated. Heatpipe thermally enhanced (HPTE); mandrels not only have characteristics described above but also permit the use of increased thermal energy throughputs which provide thermal energy transfer rates, unachievable with existing processes. This increased heat transfer rate can result in a further reduction of the cure cycle. When coupled with an induction power supply and induction coil, these HPTE mandrels can be heated directly while rotating. The induction power absorbed by these HPTE mandrels is of a magnitude that permits resin matrices to be cured entirely from the mandrel side or “inside out” without the need for a convection or infrared oven.

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Abdul Uloom, Hazirah, Asba Madzidah Abu Bakar, M. Mifdhal Hussain, Fuziana Tusimin, Zaidi Rahimy M. Ghazali, M. Sharief Saeed Salih, M. Fakhrin A. Rasid, et al. "678 Challenges of Well Completion Design & Operation Solutions for Deep Gas Well with Multiple Producing Zone in Mildly Overpressured Reservoirs at Offshore Malaysia." In SPE/IATMI Asia Pacific Oil & Gas Conference and Exhibition. SPE, 2021. http://dx.doi.org/10.2118/205634-ms.

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Abstract Based on the production data from first development campaign in 2017, contamination reading of CO2 and H2S from gas production wells were observed increasing from 3% to 10% and from 3ppm to 16ppm respectively within one year production. These findings have triggered the revisit in 2019 development campaign optimization strategy in terms of material selection, number of wells, reservoir targets, and completion design. Thus, tubing material was upgraded to HP1-13CR for the upper part of tubing up to 10,000 ft-MDDF (feet measure depth drilling rig floor) to avoid SSC risk due to the geostatic undisturbed temperature is less than 80 deg C, however the material of deeper tubing remains as 13CR-L80 as per 2017 campaign. Moreover, the mercury content from first campaign was observed to be above threshold limit from intermediate reservoir based on mercury mapping exercise done in August 2018.As the mercury removal system is not incorporated in the surface facilities, the mercury reading from the well in the 2019 campaign need a close monitoring during well testing so that appropriate action can be taken in case the recorded contaminant reading is high. Dedicated zonal sampling plan to be performed if the commingle zone (total) mercury reading was recorded to be above the threshold limit, and that zones will be shut off to preserve the surface facilities. Opportunity was grabbed to optimize number of wells by completing both shallow and intermediate sections in a single selective completion to maximize the project value. However, this combination will lead to major challenges during operation due to the huge difference in reservoir pressure and permeability contrast in each perforated reservoir as the required overbalanced pressure of completion brine for shallow reservoir is much lesser than the requirement for the mildly overpressure intermediate reservoir. Thus, a potential risk of severe losses and well control is present at shallow reservoir. To mitigate this risk, loss circulation material was pre-spotted in the TCP (Tubing conveyed perforation) BHA prior to fire the gun to allow for self-curing process should losses take place. During the first development campaign, the completion tubing was running in hole in two stages. The lower completion was deployed via drill pipe and the perforated zones was secured with fluid loss device located between lower completion tubing and gravel pack packer. The upper completion tubing was then deployed and tied back to the lower completion packer. This approach was applied as mitigation to prevent fluid losses and to ensure the tubing can be safely deployed to the intended final depth. However, based on the actual performance and losses rate data during the first campaign, the completion design in second campaign was optimized and deployed in single stage. Since shallow and intermediate reservoir were combined in multiple production zones where five SSD (Sliding Side Door) were installed, the slickline option to set packer was waived due to the risk of setting tubing plug in deep wells. Pump out plug was considered as an option but then dropped due to high hydrostatic pressure. The packer setting pressure was too close to plug shear pressure. Therefore, a self-disappearing plug was utilized as it did not require any slickline intervention and can be ruptured by pressure cycle. With this option, risk of pre-mature rupture of plug was eliminated. The paper will discuss in detail each challenge mentioned above together with details calculation that was performed throughout evaluation and selection processes prior best solution being selected as these optimizations resulted in nearly three days saving of rig time, contributing to 2.6% of well cost reduction and the required number of wells were optimized to be three instead of four wells. Moreover, a safer production life of wells by selecting a suitable tubing material and eliminating the risk of mercury production above the above threshold limit.

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