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Accommodations providers in the sharing economy are increasingly competing with the hotel industry vis-à-vis the guest experience. Additionally, experience-related research remains underrepresented in the hospitality and tourism literature. This paper aims to develop and test a model of experiential consumption to provide a better understanding of an emerging phenomenon in the hospitality industry. In so doing, the authors also expand Pine and Gilmore’s original experience economy construct.

Using data from a survey of 630 customers who stayed at a hotel or an Airbnb in the previous three months, the authors performed a multi-step analysis procedure centered on structural equation modeling to validate the model.

The authors demonstrate that the dimensions of serendipity, localness, communitas and personalization represent valuable additions to Pine and Gilmore’s original experience economy construct. Airbnb appears to outperform the hotel industry in the provision of all experience dimensions. The authors further define the pathways that underlie the creation of extraordinary, memorable experiences, which subsequently elicit favorable behavioral intentions.

The findings suggest the need for the hotel industry to adopt a content marketing paradigm that leverages various dimensions of the experience economy to provide customers with valuable and relevant experiences. The industry must also pay greater attention to its use of branding, signage and promotional messaging to encourage customers to interpret their experiences through the lens of these dimensions.

The study expands a seminal construct from the field of services marketing in the context of the accommodations industry. The Accommodations Experiencescape is offered as a tool for strategic experience design. The study also offers a model of experiential consumption that explains customers’ experiences with accommodations providers.

The purpose of this paper is to investigate the natural convection behavior of nanofluids in an enclosure. The enclosure is a 3D capsule with curved boundaries filled with TiO₂-water nanofluid.

In this paper, a multiple relaxation times lattice Boltzmann method (MRT-LBM) has been used. Two-component LBM has been conducted to consider the interaction forces between nanoparticles and the base fluid.

Results show that the enhanced Nusselt number (Nu*) increases with the increase in volume fraction of nanoparticles (ϕ) and Ra number and decrease of nanoparticle size (λ). Additionally, the findings indicate that increasing volume fraction beyond a certain value decreases Nu*.

This paper presents a MRT model of lattice Boltzmann in a 3D curved enclosure. A correlation is also presented based on the current results for Nu* depending on Ra number, volume fraction and size of nanoparticles. Furthermore, a comparison for the convergence rate and accuracy of this model and the SIMPLE algorithm is presented.

The history of the project dates back to 1966, when it was envisaged that this library should develop an automated systems approach. While it was considered highly desirable to participate in automated information retrieval research, the ‘housekeeping’ processes were regarded as a necessary foundation. The aim was to achieve optimal rather than maximal automation, that is, to develop automated systems encompassing the functions of present manual systems, but only when these functions could also be surpassed sufficiently to justify the cost of automation. At the same time, the housekeeping systems were to be viewed as a whole, and appropriate interfaces provided between them so as to provide an integrated series of systems.

This paper is a condensed version of Part 2 of ‘The place of the library in a guided missile organization’ given at the Aslib Aeronautical Group eighth annual conference, College of Aeronautics, Cranfield, 3rd‐5th April 1959.

Although the concept of destination is often described as an economic term that describes places of interest for tourists and visitors, currently, there is still little awareness in the extant literature about regional, city, village, resort, or even standalone tourist destinations. This chapter aims to clarify the meaning of destinations. It distinguishes the differences between common locations and tourist destinations. It uses case studies to describe places, placemaking, and the experiencescapes of various destinations. This contribution implies that tourist attractions differentiate themselves from other places, as they offer accessible attractions with amenities.

THE thoughts of all librarians, chief librarians in particular, are now turned upon the annual conference of the Library Association at Manchester. We understand that all the projects of the conference, which we have commented upon in earlier issues, are proceeding satisfactorily. By this time most of our readers who intend to go will have obtained their accommodation in the city. But we advise those who have not done so to delay no longer.

The Minimal‐input Cataloguing System which is under development at Loughborough University of Technology Library, has had a number of modifications made to the original plans and a new report is to be prepared. Meanwhile, it would seem appropriate at least to outline the aims, nature and present status of the system.

Introduction – In recent years virtual reality and augmented reality (AR) applications, which are widely used in many sectors, have become important tools in marketing communication. The change and differentiation that takes place in a revolutionary digital environment also affect social change. This change has led to the use of AR applications as a communication tool to affect all decisions of consumers in the purchasing process.

Purpose – The focus of this study is on AR applications using an experimental application in the context of marketing communication with experiential marketing and new technologies.

Method – This experimentation was carried out on over 2 million downloaded mobile applications by Turkish users of an AR brand of wall paint. The experiment included 32 consumers, painters, and interior designers in Istanbul. These formed the groups of the study. The authors aimed to determine whether AR mobile applications are seen differently between these three groups in terms of attitudes and buying intentions vis-a-vis other brands. Thus, the authors will determine the importance of AR applications in marketing communication, satisfaction of experience, and the effect on purchase intention in terms of the different groups. In line with the results, strategies will be presented to marketing practitioners. The literature review of the study enabled the formation and design of the research method and scales.

Findings – The preliminary study revealed that the attitudes toward experiential marketing, brand attitudes, and purchase intention using the AR application were significantly different from the catalog application.

Cold-formed Light gauge Steel Frame (LSF) wall systems are increasingly used in low-rise and multi-storey buildings and hence their fire safety has become important in the design of buildings. A composite LSF wall panel system was developed recently, where a thin insulation was sandwiched between two plasterboards to improve the fire performance of LSF walls. Many experimental and numerical studies have been undertaken to investigate the fire performance of non-load bearing LSF wall under standard conditions. However, only limited research has been undertaken to investigate the fire performance of load bearing LSF walls under standard and realistic design fire conditions. Therefore in this research, finite element thermal models of both the conventional load bearing LSF wall panels with cavity insulation and the innovative LSF composite wall panel were developed to simulate their thermal behaviour under standard and realistic design fire conditions. Suitable thermal properties were proposed for plasterboards and insulations based on laboratory tests and available literature. The developed models were then validated by comparing their results with available fire test results of load bearing LSF wall. This paper presents the details of the developed finite element models of load bearing LSF wall panels and the thermal analysis results. It shows that finite element models can be used to simulate the thermal behaviour of load bearing LSF walls with varying configurations of insulations and plasterboards. Failure times of load bearing LSF walls were also predicted based on the results from finite element thermal analyses. Finite element analysis results show that the use of cavity insulation was detrimental to the fire rating of LSF walls while the use of external insulation offered superior thermal protection to them. Effects of realistic design fire conditions are also presented in this paper.