474 research outputs found
Jo Helen Fanning
No full textJo Helen Fanning is shown wearing a bathing suit. Published in Fort Worth Star-Telegram evening edition June 4, 1951.https://mavmatrix.uta.edu/specialcollections_startelegram1950s/12865/thumbnail.jp
The Religious Historian, Volume 2, Issue 6
No full textVolume 2, issue 6 of The Religious Historian edited by Tolbert Fanning and published June 1873 in Nashville, Tennessee.https://digitalcollections.lipscomb.edu/religious_historian/1017/thumbnail.jp
The Religious Historian, Volume 1, Issue 6
No full textVolume 1, issue 6 of The Religious Historian edited by Tolbert Fanning and published June 1872 in Nashville, Tennessee.https://digitalcollections.lipscomb.edu/religious_historian/1005/thumbnail.jp
Brett Fanning 1977 Corvette Bonneville Drag Strip
No full textColor photograph of a scene at Bonneville Drag Strip in Salt Lake City, Utah, on June 19, 1982. Brett Fanning 1977 Corvette rocket car with an X-1 motor is at the starting line
From 'Mother Earth' to 'Father Holding the Baby': A Gendered Analysis of Organic Agriculture in Gloucestershire, England
No full textThis thesis examines what it means to be a gendered subject in the context of organic
agriculture. Specifically, it considers the extent to which the ideological standpoint of the
organic agriculture movement facilitates the representation and construction of distinctive
gender roles, relations and identities within organic fanning. Three particular features of
organic agriculture have been identified that could potentially impact upon gender roles,
relations and identities: firstly, the organic movement has non-agrarian roots and has
therefore attracted individuals who are not part of the traditional gendered heritage of
agriculture; secondly, the basis of the organic ideology suggests a fundamentally different
approach to society-nature relations to that which dominates the agro-industrial model;
and thirdly, the ideology of the organic agriculture movement makes explicit reference to
the social relations inherent to agriculture and the role that organic fanning should take in
working towards a production process that is 'socially just'. These three reasons suggest
that the construction and representation of gender roles, relations and identities within
organic farming may be distinct from agriculture more widely, in which highly
'traditional' hierarchical constructions of masculinity and femininity have been shown to
persist.
Informed by perspectives within feminist geography, two phases of empirical research
were undertaken in order to address the research aim. The first phase involved a content
analysis of three publications drawn from the UK organic agriculture movement (and one
from conventional agriculture) and explored how gender roles, relations and identities
have been represented throughout its history. In the second phase the themes that emerged
from the textual analysis were explored in more detail through a series of in-depth, semistructured
interviews with forty-one men and women working on organic farms in the
county of Gloucestershire, UK, in order to critically assess the ongoing construction and
maintenance of gender roles, relations and identities within contemporary organic
fanning. The findings of the research show that organic agriculture is largely dominated by
'traditional' representations and constructions of gender roles, relations and identities.
However, they also show that organic agriculture does provide a space for alternative
configurations of gender roles, relations and identities. Nevertheless, these pose a
challenge to feminist understandings of what constitutes 'progressive' gender roles,
relations and identities since, paradoxically, they draw upon highly traditional notions
which associate women and nature whilst at the same time enabling women and men to
assume gender roles and relations that transcend conventional boundaries
Citizenship and Political Participation:The Role of Electoral Rights under European Union Law
No full text
Characterization of velocity and shear rate distribution in a continuous mixer
No full textComputers simulations have been increasingly used to model mixing for uses in many industries. These simulations have given much insight into the mixing that takes place in different types of mixers. However, most computer simulations are unvalidated. Experiments have not been performed on the same systems to compare the results therefore the accuracy of a simulation is not precisely known. Validation is most important in complex systems or when working with fluids of a non-Newtonian nature. Understanding the mixing that takes place within the mixer allows for changes to be made to the mixer for different materials and aids in mixer design. In order to quantify the mixing taking place in a Readco two inch continuous processor, laser Doppler anemometry was used to measure fluid velocity. This velocity was compared to computer simulation results and was used to calculate the shear rate, length stretch, area stretch and mixing efficiency at different points within the mixer. With this information, the accuracy of the computer simulations was determined. Differences among the mixing of three fluids with different rheology were found. The mixing taking place in different areas of the mixer was assessed. Shear thinning fluids were found to be better mixed with the paddle configuration used. The fluids were mixed best in the intermeshing region and between the tip of the paddle and the barrel wall.M.S.Includes bibliographical references (p. 88-90)by Lindsay M. Fannin
Artful Lives: The Francis Watts Lee Family and their Times
No full textFrancis Watts Lee and his family hold a special place in the history of American photography. F. Holland Day completed a series of remarkable photographs of Lee’s daughter Peggy, and the striking portrait of the child and her mother titled Blessed Art Thou among Women is one of Gertrude Käsebier’s most iconic compositions. In Artful Lives, Patricia J. Fanning uses these and other significant images as guideposts to explore the Lee family and the art and culture of their age.
A social reform advocate, Francis Watts Lee was an artistic photographer and a talented printer, part of the circle of avant-garde artists and intellectuals who formed Boston’s bohemia. He married twice, first Agnes Rand, an award-winning poet and children’s book author, and later, after their divorce, Marion Lewis Chamberlain, a librarian and MIT-trained architect. Francis and Agnes’s eldest daughter, Peggy, who was so integral to the work of pioneer Pictorialists, died at age seven of juvenile diabetes. Her sister, Alice, who lost her hearing in infancy, became a wood carver and sculptor.
Utilizing previously unknown family archives and institutional sources, Fanning traces the Lee family’s story in the context of major artistic, political, social, and religious trends, including the Arts and Crafts movement, Christian Socialism, and Aestheticism, while also showing how their experiences reflected the national culture’s evolving conceptions of family, gender, childhood, medicine, deaf education, and mourning. This richly drawn and gracefully written account of one family informs our understanding of this vibrant era, in Boston and well beyond.https://vc.bridgew.edu/fac_books/1149/thumbnail.jp
Numerical investigation on the Thermal-hydraulic performance of the modified channel supercritical CO<sub>2</sub> printed circuit heat exchanger
No full textPrinted circuit heat exchangers (PCHE) are designed to improve heat recovery and energy saving in supercritical CO2 (S-CO2) power cycles. In the current study, a modified channel PCHE is proposed based on the regular straight channel and a zigzag channel. The thermal–hydraulic performance of four different types of PCHE is numerically investigated and the methods are verified by both experimental and numerical results. The numerical results are presented for a Reynolds number based on the inlet conditions between 5 000 and 25 000. From the numerical results, the local pressure loss and local heat transfer coefficients are analyzed and discussed. Subsequently, the global Nusselt number and Fanning friction coefficients are discussed. It is found that the inserted straight section contributes to uniform flow, resulted in significant pressure loss reduction with a slight decrease in heat transfer. The modified channel can reduce the Fanning friction coefficient by 33.1%-84.7% while the global Nusselt number reduction is about 3.6%-30.3%. This leads to a maximum performance evaluation criterion (PEC) enhancement of 45.9%.Green Open Access added to TU Delft Institutional Repository 'You share, we take care!' - Taverne project https://www.openaccess.nl/en/you-share-we-take-care Otherwise as indicated in the copyright section: the publisher is the copyright holder of this work and the author uses the Dutch legislation to make this work public.Energy TechnologyMarine and Transport Technolog
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