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The great fluidity of titanium metal in the molten condition lends itself to fusion welding without the addition of filler metal. The resulting welds are flush with the base metal and have high ductility, comparable to the ductility of the base metal. The welded joints can be made by hand or automatic methods. A critical requirement of this type of weld is fit‐up of the parts to be joined. The back‐up and hold‐down fixtures also have a decided effect on the resulting weld. A sheared surface resulting in a joint without gaps is required for a satisfactory weld. Fused welds have been principally used, to date, for longitudinal tight butt joints in material up to .062 in. thick. Further testing and experience should extend the limits of application. Bend tests made on welded samples have bent 180 deg. over a 2T bend radius exhibiting equal or greater ductility than the base metal. Welds tested in tension have exhibited over 100 per cent efficiency in all cases. The elimination of welding rod has reduced the amount of contamination in the weld and the weld area.

Working in mental health services has always been recognised as a stressful occupation and many studies have attested to the high levels of stress and burnout. This study examined comparative levels of stress among inpatient and community mental health staff across five European countries.Using a quasi experimental pre‐test post‐test design, data was collected from staff at baseline, six months and 12 months. This paper examines data from the baseline period. Staff working in acute inpatient wards and community mental health teams in Denmark (Aarhus, Storstrøm), Finland (Tampere), Norway (Bodo), Poland (Warsaw) and the UK (Cambridge), were asked to complete the Maslach Burnout Inventory (MBI) (Maslach, & Jackson, 1986), the Mental Health Professional Stress Scale (Cushway, Tyler & Nolan, 1996) and a demographic questionnaire designed for this study. Results on the MBI are reported in this article. Both community and inpatient teams reported high levels of burnout. There was evidence to suggest that burnout differed by site but not by team type. The English teams scored highest in emotional exhaustion and depersonalisation. Relatively high levels of work‐related personal accomplishment were reported across all of the sites.

Roland Joffé, the film-maker behind the significant critical hits The Killing Fields (1984) and The Mission (1986), employed a hypnotic aesthetic, which unflinchingly depicted violence and brutality within different cultural contexts. In 2007, he used a no less impressive aesthetic in a similar way, although this film, Captivity, was met with public outcry, including from self-proclaimed feminist film-maker Joss Whedon. This was based upon the depiction, in advertisements, of gendered violence in the popularly termed ‘torture porn’ subgenre, which itself has negative gendered connotations.

We aim to revisit the critical reception of Captivity in light of this public controversy, looking at the gendered tensions within considerations of genre, narration and aesthetics. Critics assumed Captivity was an attempt to capitalize on the popularity of the torture horror subgenre, and there is evidence that the film-makers inserted scenes of gore throughout the narrative to encourage this affiliation. However, this chapter will consider how the film works as both an example of post-peak torture horror and an interesting precursor to more overtly feminist horror, such as A Girl Walks Home Alone at Night (2014) and Raw (2017). This is seen through the aesthetic and narrative centralizing of a knowing conflict between genders, which, while not entirely successful, does uniquely aim to provide commentary on the gender roles which genre criticism of horror has long considered implicit to the genre’s structures and pleasures.

BOURNEMOUTH lies in one of the most beautiful parts of South‐west England; and all the world knows how this region has been immortalised by Thomas Hardy, who by his romances and poems has introduced to the public of England and America the ancient land of Wessex.

Cochlear's first product, the 22-channel Nucleus implant, was the result of a research programme that has been dated back to 1967, when Graeme Clark, an ear, nose and throat (ENT) surgeon, commenced doctoral work on the electrical stimulation of the hearing nerve. Following the completion of his PhD in 1969, Clark was appointed the inaugural Chair in Otolaryngology at the University of Melbourne. When he joined the university in 1970, his primary objective was the practical application of his PhD research: namely, the development of a ‘bionic ear’, an electronic device that would stimulate the hearing nerve in the profoundly deaf. He realised early on that lack of resources would be one of his major impediments:across the road [from my office] the experimental research laboratory was in a disused hospital mortuary. When I looked at the mortuary my heart sank. It was dilapidated and bare. There was a stone table in the centre, but little else. The walls needed painting, and the light diffused poorly through the high windows. Anyway, I had no money to buy equipment even if the laboratory itself were satisfactory. (Clark, 2000, p. 54)

What is now known as the Canning Industry commenced on the 30th January, 1810, when Montalivet, the French Minister of the Interior, wrote to Francois Appert and informed him that his—Appert's—new process for preserving foods was assured of success and thereby granting to the process the official recognition of the French Government. Official recognition also carried with it a money grant of twelve thousand francs—about £500 in those days—Appert won this prize on the principle of “Delhi taken and India saved for one rupee eight annas”—and died in the year 1841 a comparatively poor man and the founder of one of the world's greatest industries. As a result of the warlike operations in which it had been engaged, multitudes of sick and wounded were thrown on the hands of the French Government, and scurvy was terribly prevalent in the fleets. Hence the French Government gave a public notice that it would award a prize to anyone who should discover a cheap and satisfactory method of preserving foodstuffs, without either drying or pickling, so that they could be kept for a long period and still retain the natural flavour and other characteristics of the fresh product. Appert had worked at and perfected his process during the preceding ten or fifteen years and had thoroughly assured himself of its practicability. He was therefore well prepared to demonstrate the details before the Board of Arts and Manufactures of which Board Gay Lussac had been a member since the year 1805. The report of this body to the Minister of the Interior was entirely favourable, as was also that of General Caffarelli, the Maritime Prefect of Brest. Caffarelli had found that soups and vegetables prepared by Appert's process had retained their goodness after three months' bottling, and he had been able to supply what seemed to the diners to be fresh vegetables in mid‐winter. It need hardly be said that Appert's process for preserving foods is the one in use now. Appert, however, knew nothing of the principles on which his process depended, nor did anyone else at that time. He supposed putrefaction to be due to the action of the air alone. In this view he was supported by the great authority of Gay Lussac who, it will be remembered, imagined atmospheric oxygen to be the cause. Appert at the request of the Minister of the Interior wrote a short book on the subject—a practical treatise explaining the methods of preserving animal and vegetable substances. This book was almost at once translated into several languages. It would seem that one of the chief advantages that Appert hoped the French people would gain by his invention was the saving of sugar. Up to that time the only means of preserving fruit other than by drying was to immerse the fruit in strong syrup made with cane sugar, and sugar was almost impossible to obtain in France at that time owing to war conditions. He also says that the French Government wished to draw “the utmost advantage from the productions of our soil in order to develop our agriculture and manufactures, and to diminish the consumption of foreign commodities” ! This is exactly what we in this country are trying to do now in the building up of a trade in canned food, a hundred and twenty years later. The English translator of Appert's work complacently observes:—

In recent years professional accountancy bodies (e.g., CPA), accreditation institutions (e.g., AACSB) and employers have steadily raised, and continue to raise expectations regarding the need for accounting graduates to demonstrate skills in data analytics. One of the obstacles accounting instructors face in seeking to implement data analytics, however, is that they need access to ample teaching materials. Unfortunately, there are few such resources available for advanced programming languages such as R. While skills in commonly used applications such as Excel are no doubt needed, employers often take these for granted and incremental value is only added if graduates can demonstrate knowledge in using more advanced data analytics tools for decision-making such as coding in programming languages. This, together with the current dearth of resources available to accounting instructors to teach advanced programming languages is what drives motivation for this chapter. Specifically, we develop an intuitive, two-dimensional framework for incorporating R (a widely used open-source analytics tool with a powerful embedded programming language) into the accounting curriculum. Our model uses complexity as an integrating theme. We incorporate complexity into this framework at the dataset level (simple and complex datasets) and at the analytics task level (simple and complex tasks). We demonstrate two-dimensional framework by drawing on authentic simple and complex datasets as well as simple and complex tasks that could readily be incorporated into the accounting curriculum and ultimately add value to businesses. R script programming code are provided for all our illustrations.

An emerging wave of competitively aggressive moves originating in the operations function is a striking new phenomenon of the 1980s. These moves are creating an arsenal of strategic weapons that are essentially physical. While the weapons are numerous, their common feature is that they are derived from better deployment and management of physical assets.