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51314-3726-Corrosion Prevention and Control Training in an Immersive Virtual Environment

Picture for Corrosion Prevention and Control Training in an Immersive Virtual Environment
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Product Number: 51314-3726-SG
ISBN: 3726 2014 CP
Author: Rustin Webster
Publication Date: 2014
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The majority of military education and training has not veered far from the days of “chalk and talk” teaching. Often with technological breakthroughs comes the proposal of the next revolution in multimedia instruction. Motion pictures to radios to educational television programs have all seemed to come and gone. The next wave of multimedia learning may involve more than a PowerPoint® presentation and lecture. Researchers continue to propose that virtual reality (VR) will find its true application and/or market in education and training. The jury is still out but continued scientific research will possibly someday release the full value in this exciting technology.The objective of the project was to develop and provide a low-cost scalable and portable VR system containing purposely designed and developed immersive virtual learning environments (VLE). The purpose of the research study was to empirically compare the routine classroom instructor-led training (i.e. lecture-based multimedia instruction) and immersive VLE training (i.e. VR-based multimedia instruction) in terms of learning and long-term retention of corrosion prevention and control (CPC) theories and principles in U.S. Army soldiers after taking an Army Aviation and Missile Life Cycle Management Command (AMCOM) Corrosion Program Office’s CPC training course. Additionally specific features of the immersive VLE such as ease of use ease of learning user comfort likability acceptability and satisfaction were evaluated.This paper provides specific details on the experimental design the VR system the immersive VLEs and any available results.Keywords: corrosion immersive virtual learning environment learning long-term retention training multimedia 
The majority of military education and training has not veered far from the days of “chalk and talk” teaching. Often with technological breakthroughs comes the proposal of the next revolution in multimedia instruction. Motion pictures to radios to educational television programs have all seemed to come and gone. The next wave of multimedia learning may involve more than a PowerPoint® presentation and lecture. Researchers continue to propose that virtual reality (VR) will find its true application and/or market in education and training. The jury is still out but continued scientific research will possibly someday release the full value in this exciting technology.The objective of the project was to develop and provide a low-cost scalable and portable VR system containing purposely designed and developed immersive virtual learning environments (VLE). The purpose of the research study was to empirically compare the routine classroom instructor-led training (i.e. lecture-based multimedia instruction) and immersive VLE training (i.e. VR-based multimedia instruction) in terms of learning and long-term retention of corrosion prevention and control (CPC) theories and principles in U.S. Army soldiers after taking an Army Aviation and Missile Life Cycle Management Command (AMCOM) Corrosion Program Office’s CPC training course. Additionally specific features of the immersive VLE such as ease of use ease of learning user comfort likability acceptability and satisfaction were evaluated.This paper provides specific details on the experimental design the VR system the immersive VLEs and any available results.Keywords: corrosion immersive virtual learning environment learning long-term retention training multimedia 
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51314-3740-Corrosion Management and the Widening Competency Gap

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ISBN: 3740 2014 CP
Author: Ali Morshed
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51314-3723-Pipeline Corrosion Management; a Compendium

Product Number: 51314-3723-SG
ISBN: 3723 2014 CP
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Publication Date: 2014
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This paper summarizes major elements of a recent recommended practice (RP) on Pipeline Corrosion Management (PCM) published by the European Federation of Corrosion (EFC). The RP goes into details on a methodical approach to carrying out PCM.
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51314-3764-Non-Destructive Passivity Indicators for the Control of Electrochemical Chloride Extraction

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