'Does he look like a Paki?' an exploration of 'whiteness', positionality and reflexivity in inter-racial sports research1851)

This article reflects on fieldwork with white and British Asian cricketers which explored the construction, maintenance and contestation of racialised identities in the sport of cricket. It addresses my experiences of gaining access to and working alongside both communities, particularly as I negotiated insecurities over the suitability of my own identity(ies), the normalisation of ‘whiteness’ and the constant awareness of my insider and outsiderness within different contexts. I draw on personal experiences and fieldnotes to argue that one’s insider or outsider status is never certain; rather it is filled with dissonance and ambiguity, is an ongoing performance and is always in a state of flux. I provide evidence to show how white researchers (of sport) are, at times, culpable of reinforcing dominant racial discourses rather than challenging them. I conclude by arguing that if sociologists of sport are to establish a methodological framework for researching ‘race’ and its intersections, more scholars need to engage with the relationships between self and other and the self-as-other; more freely exploring the nature of reflexivity, and how doing reflexivity presents opportunities to connect with people across (and in spite of) cultural divides

'All Yorkshiremen are from Yorkshire, but some are more "Yorkshire" than others': British Asians and the myths of Yorkshire cricket

This article explores the contemporary relationship between Yorkshire cricket and South Asian communities through oral testimonies with white and British Asian cricketers within the region. The article documents how the myths and invented traditions surrounding Yorkshire as an insular county have extended to all levels of Yorkshire cricket culture. Evidence is presented to argue that, despite the growing representation of British Asians within the Yorkshire leagues and within the structure of Yorkshire County Cricket Club, cultural and institutionalized forms of racism continue to be intrinsic to the sport. The article presents evidence to suggest that, regardless of being committed to Yorkshire and their 'Yorkshireness', white Yorkshire people may never fully accept British Asians as 'one of us'. Finally, Yorkshire cricket's (alleged) commitment to 'colour blindness' is deconstructed by presenting evidence that British Asians continue to feel marginalized by, and on the fringes of, mainstream cricket culture in Yorkshire. © 2012 Taylor & Francis

Like a hawk among house sparrows: Kauto star, a steeplechasing legend

The concept of ‘icon’ has been applied to numerous athletes as a result of their sporting achievements, likeable public personas, and stories of triumph, resilience and courage. The cultural role of the horse as icon, hero, celebrity and national luminary, however, is lacking within the literature. In this article we extend this human concept to apply to the racehorse Kauto Star, who was heralded by many as the saviour of British racing in the early twenty-first century. We argue that the narrative surrounding Kauto Star had all the essential ingredients for the construction of a heroic storyline around this equine superstar: his sporting talent; his flaws and ability to overcome adversity; his ‘rivalry’ with his stable mate; his ‘connections’ to high profile humans in the racing world; and, the adoration he received from the racing public. Media representations are key elements in the construction of sporting narratives, and the production of heroes and villains within sport. In this paper we construct a narrative of Kauto Star, as produced through media reports and published biographies, to explore how this equine star has been elevated beyond the status of ‘animal’, ‘racehorse’ or even ‘athlete’ to the exalted position of sporting icon

Effect of blade geometry on the aerodynamic loads produced by vertical-axis wind turbines

Accurate aerodynamic modelling of vertical-axis wind turbines poses a significant challenge. The rotation of the turbine induces large variations in the angle of attack of its blades that can manifest as dynamic stall. In addition, interactions between the blades of the turbine and the wake that they produce can result in impulsive changes to the aerodynamic loading. The Vorticity Transport Model has been used to simulate the aerodynamic performance and wake dynamics of three different vertical-axis wind turbine configurations. It is known that vertical-axis turbines with either straight or curved blades deliver torque to their shaft that fluctuates at the blade passage frequency of the rotor. In contrast, a turbine with helically twisted blades delivers a relatively steady torque to the shaft. In this article, the interactions between helically twisted blades and the vortices within their wake are shown to result in localized perturbations to the aerodynamic loading on the rotor that can disrupt the otherwise relatively smooth power output that is predicted by simplistic aerodynamic tools that do not model the wake to sufficient fidelity. Furthermore, vertical-axis wind turbines with curved blades are shown to be somewhat more susceptible to local dynamic stall than turbines with straight blades

Study to minimize hydrogen embrittlement of ultrahigh-strength steels

Hydrogen-stress cracking in high-strength steels is influenced by hydrogen content of the material and its hydrogen absorption tendency. Non-embrittling cleaning, pickling, and electroplating processes are being studied. Protection from this hydrogen embrittlement is important to the aerospace and aircraft industries

Deconvolution of directly precipitating and trap-precipitating electrons in solar flare hard x-rays. III.Yohkoh hard x-ray telescope data analysis

We analyze the footpoint separation d and flux asymmetry A of magnetically conjugate double footpoint sources in hard X-ray images from the Yohkoh Hard X-Ray Telescope (HXT). The data set of 54 solar flares includes all events simultaneously observed with the Compton Gamma Ray Observatory (CGRO) in high time resolution mode. From the CGRO data we deconvolved the direct-precipitation and trap-precipitation components previously (in Paper II). Using the combined measurements from CGRO and HXT, we develop an asymmetric trap model that allows us to quantify the relative fractions of four different electron components, i.e., the ratios of direct-precipitating (q_P1, q_P2) and trap-precipitating electrons (q_T1, q_T2) at both magnetically conjugate footpoints. We find mean ratios of q_P1=0.14+/-0.06, q_P2=0.26+/-0.10, and q_T=q_T1+q_T2=0.60+/-0.13. We assume an isotropic pitch-angle distribution at the acceleration site and double-sided trap precipitation (q_T2/q_T1=q_P2/q_P1) to determine the conjugate loss-cone angles (alpha_1=42^deg+/-11^deg and alpha_2=52^deg+/-10^deg) and magnetic mirror ratiosat both footpoints (R_1=1.6,...,4.0 and R_2=1.3,...,2.5). From the relative displacement of footpoint sources we also measure altitude differences of hard X-ray emission at different energies, which are found to decrease systematically with higher energies, with a statistical height difference of h_Lo-h_M1=980+/-250 km and h_M1-h_M2=310+/-300 km between the three lower HXT energy channels (Lo, M1, M2

Literature review on pickling inhibitors and cadmium electroplating processes

Because introduction of hydrogen during bright-cadmium electroplating of high strength steels causes hydrogen-stress cracking, a program was undertaken to evaluate various processes and materials. Report describes effectiveness of inhibitors for reducing hydrogen absorption by steels

An Inexpensive Liquid Crystal Spectropolarimeter for the Dominion Astrophysical Observatory Plaskett Telescope

A new, inexpensive polarimetric unit has been constructed for the Dominion Astrophysical Observatory (DAO) 1.8-m Plaskett telescope. It is implemented as a plug-in module for the telescope's existing Cassegrain spectrograph, and enables medium resolution (R~10,000) circular spectropolarimetry of point sources. A dual-beam design together with fast switching of the wave plate at rates up to 100Hz, and synchronized with charge shuffling on the CCD, is used to significantly reduce instrumental effects and achieve high-precision spectropolarimetric measurements for a very low cost. The instrument is optimized to work in the wavelength range 4700 - 5300A to simultaneously detect polarization signals in the H beta line as well as nearby metallic lines. In this paper we describe the technical details of the instrument, our observing strategy and data reduction techniques, and present tests of its scientific performance.Comment: 32 pages, 15 figures. Accepted for publication in PAS