19,910 research outputs found
Taylor-and-Francis_Impact-Assessment-of-Earth-and-Environmental-Sciences-Research-Author-Survey_Raw-Data_Figshare
No full textAnonymized responses dataset from the Taylor & Francis Impact Assessment of Earth & Environmental Sciences Research: Author Survey.In Spring 2020, Taylor & Francis surveyed authors from across our Earth & Environmental Sciences portfolio.We investigated what benefits publishing in our journals could impart on both the research and on the authors following publication, and we looked at to what extent global challenges, such as those expressed by the UN Sustainable Development Goals (SDGs), were shaping researcher ambitions.</div
Taylor Times: April 4, 1997
No full textThe ways we lead; decisions we make – Bond issue to take place for construction – From the Office of the President – Author Peter Jacobi visits TUFW class – Faculty News In Brief – Department of Development plans first official Grandparents’ Day – Schedule of Events for Grandparents’ Day April 25, 1997 – Academic Web Resources – Retiree Focus – Personnel Office – Taylor Update – Seaman named new women’s tennis coachhttps://pillars.taylor.edu/taylor-times/1040/thumbnail.jp
High temperature indentation of WC/Co hardmetals
No full textWC/Co is the material of choice for most high wear applications such as hot forming operations, drilling, cutting, machining and wire drawing due to its superior wear properties. In the evaluation of its material properties to withstand wear, particularly that of its hardness, most of the available information is based on room temperature investigations. However, when WC/Co is used in the actual applications, it also experiences very high contact temperatures and this localized heating has a detrimental effect on the WC/Co material causing microstructural changes on the surface and sub-micron surface that affect its wear resistance properties. Creep also plays an important role in the damage mechanisms at elevated temperatures especially in prolonged contact to heat such as those used in hot metal forming operations. However, the current information on these high temperature properties is not complete and has contradictory results. Moreover, creep studies of WC/Co have been done at temperatures >800°C and information below this temperature is also lacking.Therefore, the primary goal of this thesis is to obtain a first time in-depth understanding of its high temperature property–composition–microstructure interaction that affects its wear properties from room temperature up to 800°C using comprehensive scratch tests, high temperature indentation hardness tests and indentation creep tests. These tests are supplemented with advanced 3D imaging, microstructural and composition analysis using SEM, EBSD, FIB, EDX, SIMS and laser confocal microscopy. Moreover, due to the lack of a commercially available high temperature microindentation test system, this thesis also aims to design, build and commission a high temperature and high vacuum microindentation test system to carry out these investigations.The results of the scratch tests showed new information on the damage mechanisms, particularly on the formation of a tribo-layer on the scratched surfaces and the evolution of surface damages incurred on the indenter tip which is found to affect the coefficient of friction. These provide baseline information on the damage mechanisms occurring at room temperature and were instrumental in the development of the methodology used in the high temperature indentation tests.The results of the high temperature indentation tests showed that the behaviour of the WC/Co hardmetals were categorised according to two temperature regimes. In the low temperature regime (20°C?500°C), the controlling factor is dominated by the WC grain size and that the damage mechanisms are characterised by plastic deformation of the WC grains via slip, intragranular fracture of the WC grains within the surface of the indent and intergranular fracture along the edges of the indent. In the high temperature regime (>500°C), the controlling factor was dominated by the Co binder and the damage mechanism showed first time observation of severe plastic flow accompanied by shape change on the WC grains. A tribo-layer was also found to exist on the room temperature indents but not on the high temperature indents. In addition, pitting of the indenter tip occurred at test temperatures >700°C and its contribution to the measured hardness were determined.These results provide significant information on the best combination of WC grain size and Co content that are suitable for applications requiring high hardness retention and creep resistance. In addition, the thorough investigation of the damage mechanisms ensuing at these temperatures is beneficial in the design of WC/Co with better wear properties at elevated temperatures
Taylor Times: March 16, 2001
No full textPresident appoints Ron Sutherland VP for business and finance – TSO hosts presidential interview – Our God supplies – Fee schedules for 2001-02 increase – Women’s Seminar offers workshops and opportunities – WBCL hosts Mid-Morning with Max Anders on the Upland campus – Musical ensembles use spring break to share Christ to a world in need – Tour Itineraries – Campus photographer wins two awards in competition – Getting to know YOU! – Meadors brings experience to soccer coach position – Employee Anniversaries – After 10 years of Taylor’s statistics Letarte announces retirement – Scams taking place on college campuses – Acclaimed author speaks to TUFW programs – Changes in health benefits effective next fiscal year – Suggestions for being good stewards with health benefits – Feet to Beat Diabetes walk scheduled – Taylor Update – Announcements – Thanksgivings – One minute wisdomhttps://pillars.taylor.edu/taylor-times/1031/thumbnail.jp
Taylor and Francis Dimensions Analysis for Impact Assessment Author Survey
No full textDimensions analysis for Taylor & Francis Impact Assessment Author Survey</p
Article Criticizing a Letter by Mr. Taylor
No full textNotes - A handwritten paper written by Ruth Gorman, criticizing a letter written by Mr. Taylor, Alberta (6 pages)WC
Taylor University Profile (May 1979)
No full textYouth Conference: A Goal Achieved – Winning Can Be Fun! – Christian School Administrators Meet – Greg Jones: The Soft Touch – Teacher Placement Directory Offered – Evangelical Scientists Discuss Ideas – Seven Awarded Faculty Grants – Scientist Discusses Three Mile Island – NAE Official Speaks At Commencement – Editor, Author Visits Campus – Trustees Reaffirm Taylor’s Standards – National Affairs Institute Held – The Revenue Act of 1978 And Youhttps://pillars.taylor.edu/profile/1060/thumbnail.jp
The Echo: October 5, 2018
No full textTaylor alumni run for Congress – International student recruitment shifts – Famed ‘Left Behind’ author Jenkins visits Taylor – Upland bridges the gap with new bike trail – FiTU: holistic fitness for faculty – Trevor Osswald’s photos of the week – Chef’s Table is creating interactive spaces – Chapel is considering the value of process – Meet the Arts and Entertainment editor – Taylor University Survival Guide – Discover Downtown Marion – Taylathon Results – Generation of jams – The Weekly Bachelor and Bachelorette – Weekly Crossword -- #TaylorU’s Top Tweets – A Triumphant band to visit Epworth UMC in Matthews – Are video games are a waste of time or not? – Creating beauty with the powerful music of words – Poet’s Corner – A&E Stay Up To Date – Our View – Teetotaling Taylor – Join the online bandwagon – MyGen offers a unique Taylor experience – Taylor women’s tennis falls from Grace – Men’s tennis comes up short in tournament – Weekly Preview – Scoreboard – Athletes of the Weekhttps://pillars.taylor.edu/echo-2018-2019/1005/thumbnail.jp
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