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In this chapter, Jared Thomas, a Nukunu person from the Southern Flinders Ranges and a Research Fellow at the South Australian Museum and University of South Australia, reflects on his efforts to enhance the Fire Exhibit within the Australian Aboriginal Cultures Gallery [AACG], which has not been updated in 20 years. Thomas draws from an international precedent of involving Indigenous communities in museum displays.

The author outlines the limitations of renovations in terms of budget, space, and Indigenous protocols, while considering the potential impact of the proposed Tarrkarri Centre for First Nations Culture. He emphasises the importance of fostering relationships between Aboriginal and non-Aboriginal peoples, allowing Indigenous voices to speak for themselves.

Thomas focusses on the Fire Exhibit, discussing its significance in Aboriginal culture, the lack of contextualisation, and the need for improved representation. He proposes short-term actions such as adding QR-code-based text for context, and long-term ambitions like incorporating audio-visual and augmented reality elements. He highlights the importance of Aboriginal fire land management practices, especially in the aftermath of the 2019 Australian bushfires.

Thomas proposes strengthening the exhibit’s connection to foods, medicines, and fixatives that benefit from cultural burning. He envisions collaboration with the Adelaide Botanic Gardens and acknowledges the resource constraints faced by the museum. He concludes by envisioning a template for extending improvements across the museum and fostering better understanding and representation of Aboriginal culture.

Tourism studies have conceptualized social media as artifacts and networks of tangible objects based on neat distinctions and categorizations. These neat ontological distinctions and categorizations have been discussed within the academic field of actor-network theory. Several scholars have most significantly investigated the spatialities of messier ways of conceptualizing and approaching societal objects and the trajectories of societal phenomena. Efforts are being made to widen the ontological register that has traditionally dominated social science research, including tourism studies. The purpose of this chapter is to address and problematize the social media pertaining to tourism, focusing on a research project as analytical and methodological lens.

This purpose of this paper is to provide an overview of the steps and processes behind successfully adapting novel materials, namely virgin glass and recycled glass, to three‐dimensional printing (3DP).

The transition from 3DP ceramic systems to glass systems will be examined in detail, including the necessary modifications to binder systems and printing parameters. The authors present preliminary engineering data on shrinkage, porosity, and density as functions of peak firing temperature, and provide a brief introduction to the complexities faced in realizing an adequate and repeatable firing method for 3D printed glass.

Shrinkage behavior for the 3D printed recycled glass showed significant anisotropy, especially beyond peak firing temperatures of 730°C. The average shrinkage ratios for the slow‐ and fast‐axes to the Z‐axis were 1:1.37 and 1:2.74, respectively. These extreme differences can be attributed to the layer‐by‐layer production method and binder burn‐off. At 760°C, the apparent porosity reached a minimum of 0.36 percent, indicative of asymptotic behavior that approaches a fully dense 3DP glass specimen. At low firing temperatures, the bulk density was similar to water, but increased to a maximum of 2.41 g/cm³. This indicates that 3DP recycled glass can behave similarly to common glass with accepted published bulk densities ranging from 2.4‐2.8 g/cm³.

Heating schedule analysis and optimization may reduce geometric variations, therefore, the firing method should be investigated in greater depth.

This paper provides a guide to successfully adopting glass to commercially available 3DP hardware. This research has also enabled rapid prototyping of recycled glass, a monumental step towards a sustainable future for 3DP.

The paper discusses the problems encountered in the management and quantitative evaluation of fire risk and safety in a building. Rational methods for obtaining solutions to these problems are provided by non‐deterministic mathematical models rather than deterministic models. This is due to the fact that the occurrence and spread of an accidental (not arson) fire are random phenomena affected by uncertainties caused by several factors. Non‐deterministic models discussed briefly in the paper include simple statistical and probabilistic models, regression methods, probability distributions, fault and event trees and stochastic models. The paper only provides a framework for applying these models to any type of facility. For any type, it may be necessary to modify these techniques, collect all the relevant data and perform the analyses to derive results and conclusions applicable to that type.

The purpose of this paper is to present the development of a multi‐agent system (MAS) used to simulate a crisis response organization.

Following an agent‐based approach, the model is developed using the GAIA methodology and implemented in the Java Agent Development framework.

The GAIA methodology can be combined with an additional GAIA2JADE process to bridge the gap between design and implementation. Keeping the MAS organization separate from the crisis scenario model enables testing different configurations of the crisis response organization in different scenarios.

The simulation model is provided as proof of concept along with preliminary experiments. Additional detailed experiments and validation are ongoing.

The model can be configured differently to deal with an emergency scenario developed separately, providing a test bed for simulating coordination in crisis response. Such simulation forms the basis for exploring different coordination mechanisms and can also be adapted and extended for training and decision support.

The characteristics of the response organization and the study of structured vs emergent coordination fit with the capabilities and nature of a MAS. The structure and process are useful for modelling similar ad hoc, multidisciplinary organizations.

NEXT TO banking, we are informed, Business Consultancy is the most favoured profession for graduates in the United States and it is likely, as in so much else, that here in Britain the same trend will be followed. It follows, as the famous query in a one‐time quiz member put it, that ‘it all depends on what you mean by Business Consultancy’.

Describes the development of an integrated computer‐based system (PROTECT) to aid the design of complex fire protection systems. Explains how PROTECT, developed through the application of object‐oriented technology (OOT), comprises a series of knowledge bases for specific protection environments and is integrated with other business systems. PROTECT enables the optimal design of fire protection systems to specified standards and the accurate estimation of system cost. Presents software development issues, and discusses system operational results and benefits of the PROTECT.

This paper aims to present an overview of a variety of risk assessment issues that are of particular relevance for work with juvenile fire setters in clinical and forensic settings. The paper seeks to consider Juvenile Fire Setting (JFS)‐Youthful Misuse of Fire (YMF) across a broad array of clinical domains, including developmental, prognostic, and the diagnostic utility anticipated by using the DSM‐5. National standards and risk assessment levels are to be examined.

The paper includes a comprehensive review of the research and practices related to juvenile fire setters. This review included assessment and intervention resources that are used in diverse practice environments. The authors reviewed the literature to establish a nexus between risk assessment and community‐based interventions which were illustrated by a nationally recognized YMF mental health program (FATJAM).

The paper provides empirically‐based insights into key issues for working with these forensic cases. It offers discussion regarding diagnostic issues that are relevant to the DSM‐5.

Because of the conceptual or theoretical approach used, the research basis for generalizations is restricted to the practice‐based analyses provided by the authors. Therefore, practitioners and researchers are urged to further test the observations and conclusions presented.

This paper is unique in that it increases the knowledge base related to the diagnostic applications with the DSM‐5, as well as evidence‐based interventions for JFS as it pertains to public safety.

These articles have been written with the primary object of fighting fires in Power Stations and mainly those that can occur due to outbreaks from leaking lubricating oil systems and transformer and switch gear units. But the methods and equipment outlined are similarly applicable to all oil fires and will be of interest to all industrial bulk users of lubricating and electrical oils. In this part, the author covers automatic methods and describes the “Mulsifyre” system in detail. In the second part, in our next issue, he will deal with Fire Pumps, Portable Appliances, and Extinguishing Methods using Carbon Dioxide, Foam, and Dry Chemicals.

Part One of this article appeared in our last issue and dealt primarily with automatic systems including a detailed description of the “Mulsifyer” equipment of automatic fire fighting. These articles were written with the primary object of fighting fires in Power Stations, particularly those that are caused by leaky lubricating oil, transformer and switch gear systems. But the equipment described is similarly applicable to all oil fires and the articles will be of interest to all bulk risers of lubricating and electrical oils.