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The purpose of this article is to apply what social scientists have learned from decades of research on natural and technological disasters to better understand the short-term and potential long-term human impacts of the 9/11 attacks. The short-term response to the 9/11 attacks was similar to how people and communities typically respond to natural disasters. One year after the attacks, news reports suggest that factors identified in technological disaster research as causing collective trauma, rather than recovery, are beginning to surface. We identify three patterns typically present in (but not restricted to) the aftermath of technological disasters that contribute to slow recovery and ongoing collective trauma and evaluate the likelihood that these factors will impact the recovery process for those impacted by the 9/11 attacks. We conclude that due to perceptions of governmental failure, the likelihood of protracted litigation, and uncertainty regarding the mental and physical health of victims, the social and psychological impacts of the 9/11 attacks will likely be severe and long-term. As such, the concluding section recommends the implementation of a long-term clinical intervention program for mitigating these potential chronic impacts and facilitating the timely recovery of survivors.

Austin Rover Group and Computervision have developed a software package for robotic simulation.

Australian cricket has traditionally been an exemplar of hyper-masculine sporting conservatism. However, cricket, as with a number of Australian sports, has recently introduced an elite women's league. Despite growth in participation and funding of women's cricket, it remains poorly understood at the elite level and particularly its fans. Drawing on the concept of gender-bland sexism (Musto et al., 2017), we investigate differences in fan engagement and perceptions of men's and women's cricket matches. Through a case study of Australian Women's Big Bash cricket team the ‘Sydney Sixers’, this chapter explores how women's cricket was experienced on match-day by fans, as well as perceptions of the value and quality of attending women's professional cricket. We first undertook participant observation at matches to understand how women's cricket was delivered, experienced and engaged with by fans. These observations informed a survey which was distributed to club members. Our findings suggest that there continue to be noticeable differences in the presentation of women's matches when compared to their male equivalents, providing evidence for the presence of gender-bland sexism in areas other than sports media.

The purpose of the paper was to present a specific case study of how 3D printing was introduced in the chest wall construction process of a specific patient with unique medical condition. A life-size 3D model of the patient’s chest wall was 3D printed for pre-surgical planning. The intent was to eliminate the need for operative exposure to map the pathological area. The model was used for preoperative visualization and formation of a 1-mm thick titanium plate implant, which was placed in the patient during chest wall reconstructive surgery. The purpose of the surgery was to relive debilitating chronic pain due to right scapular entrapment.

The patient was born with a twisted spine. Over time, it progressed to severe and debilitating scoliosis, which required the use of a thoracic brace. Computerized tomography (CT) data were converted to a 3D printed model. The model was used to size and form a 1-mm thick titanium plate implant. It was also used to determine the ideal location for placement of the plate during thoracotomy preoperatively.

The surgery, aided by the model, was successful and resulted in a significantly smaller incision. The techniques reduced invasiveness and enabled the doctors to conduct the procedure efficiently and decreased surgery time. The patient experienced relief of the chronic debilitating pain and no longer need the thoracic brace.

The 3D model facilitated pre-operative planning and modeling of the implant. It also enabled accurate incision locations of the thoracotomy site and placement of the implant. Although chest wall reconstruction surgeries have been undertaken, this paper documents a specific case study of chest wall construction fora specific patient with unique pathological conditions.

The paper's primary goals are three‐fold: to explore how disaster tourism serves as a vehicle for self‐reflection in respect to how the disaster tour affects the tourist; to understand how cultures adapt to abrupt change; and to understand how the tourism industry can lead to the cultural and economic revitalization of devastated areas.

This paper draws on sociological theory, experience, and participant observation to complete an autoethnographic study of a “disaster tour” in and around the New Orleans, Louisiana, metropolitan area.

Conveying information via auto‐ethnographic disaster tourism helps readers develop an understanding of others by being immersed in the tour experience. Placing the researchers in the midst of the analysis presents a perspective of the cultural mix of New Orleans as place set apart, even among places in the south. Finally, this study highlights the importance of a rapidly rebounding tourism industry by “branding” New Orleans as a “Come back city.”

Because the research employs an auto‐ethnograpic approach, it may not be possible to duplicate the observations and findings, which are subject to the interpretations of the reader.

The contribution of this work to the literature is its highlighting of the flexibility of the tourism industry after a catastrophe and noting that tour guides frame the reconstruction process as “signs of hope” and “rebirth,” rather than a city in decline. Readers come to understand that the key to the revival of New Orleans is how disaster tourists understand the disaster as well as the recovery process.

The purpose of this paper is to investigate the impact of climate risk on the success vs failure of foreign direct investments (FDIs) in private participation infrastructure (PPI) projects. The authors also consider the extent to which project-level characteristics mitigate such risks.

The authors study a sample from the World Bank covering 18,846 projects in 111 countries from 2004 to 2013. The authors apply logistic regressions to determine the impact of climate risk and mitigating project characteristics on project failure.

The authors find that higher levels of climate risk at the host country level are associated with higher risk of project failure. The authors also find that the disadvantage of higher climate risk is weakened by two project-level characteristics, namely, the inclusion of host government ownership in the project consortium and the size of the project.

The research contributes to the current debate about the impact of climate risks on international business ventures. The authors demonstrate that climate risk is a locational disadvantage for FDI in PPI projects. The authors establish that the “fittest” projects in locations characterized by higher climate risk tend to be those that involve host government participation in their ownership structure as well as those of larger sizes.

This paper describes the evolution of the design of a mechanical distractor fabricated using additive manufacturing (AM) technology for use in surgical procedures, such as transanal endoscopic microsurgery (TEM). The functionality of the final device was analysed and the suitability of different materials was determined.

Solid modelling and finite element modelling software were used in the design and validation process to allow the fabrication of the device by AM. Several prototypes were manufactured and tested in this study.

A new design was developed to greatly simplify the existing devices used in TEM surgery. The new design is easy to use, more economical and does not require pneumorectum. Different AM materials were investigated with regard to their mechanical properties, orientation of parts in the three-dimensional (3D) printer and cytotoxicity to select the optimal material for the design.

The device designed by AM can be printed anywhere in the world, provided that a 3D printer is available; the 3D printer does not have to be a high-performance printer. This makes surgery more accessible, particularly in low-income regions. Moreover, patient recovery is improved and pneumorectum is not required.

A suitable mechanical distractor was designed for TEM, and different materials were validated for fabrication by AM.