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The purpose of this paper is to examine the management innovations developed and implemented by the Harvey House restaurants with specific attention to those human resource policies and procedures that were created to use what many believe to be the first large-scale use of single women working away from home, the famous Harvey Girls. A second purpose of this paper is to use bricolage theory to frame the innovations that Harvey pioneered to illustrate how the theory pertains to this entrepreneur who civilized dining in the “Wild West.”

This paper relies on secondary and archival sources to inform its points and rationale.

Fred Harvey applied his experience-gained knowledge to invent a system that would provide meals to railroad travelers along the Atchison, Topeka and Santa Fe railroad that were not only consistently excellent and reasonably priced but also could be served within the tight time limits of train stops for fuel and water. The precision of his service standards was innovative and required trained and disciplined servers. To deliver the quality of service for which his company became known across the “Wild West.” Harvey invented his famous Harvey Girls.

Fred Harvey’s invention of the Harvey Girls represents the first large-scale employment of women and required the invention of human resource management policies, procedures and processes. This is the story of how this management innovator successfully applied entrepreneurial bricolage to bring civilized dining to the “Wild West.”

The purpose of the paper is to present an analysis of the disciplinary action taken against members of the founding bodies of the Institute of Chartered Accountants in England and Wales (ICAEW). This exercise illuminates an aspect of accounting's past which has tended to be overlooked in conventional histories of the profession.

An analysis of the internal records of the ICAEW has been conducted. In addition, the archives of the ICAEW's predecessor bodies, entries in various censuses and contemporary sources have been reviewed for relevant material.

Analysis of the records of the ICAEW and its founding bodies reveals a number of cases where disciplinary action was taken for breaches of ethical principles. The expulsion of a member, however, was always preceded by an external “prompt” such as the member's conviction on criminal charge, his disappearance or bankruptcy. This perhaps suggests that the early professional bodies were more inclined to protect the private interests of their members rather than the public interest.

The paper's findings add to the literature on the professionalisation of the British accountancy profession. By focussing on the less‐celebrated aspects of the founders' behaviour, this paper puts the success of the profession in achieving public acceptance into sharper perspective.

Electron beam melting (EBM) is a direct‐metal freeform fabrication technique in which a 4 kW electron beam is used to melt metal powder in a layer‐wise fashion. As this process is relatively new, there have not yet been any independently published studies on the H13 steel microstructural properties. This paper describes the EBM process and presents results of microstructural analyses on H13 tool steel processed via EBM.

It has been two years since our “current” survey last appeared (RSR, Summer 1987). In that survey, we covered 1985 publications. For the sake of continuity, this new survey looks at 28 titles from 1986 and 14 from 1987. All of them are still listed in Books in Print.

The aim of this study is to describe an improved experimental substrate for the mechanical testing of patient-specific implants fabricated using direct metal additive manufacturing processes. This method reduces variability and sample size requirements and addresses the importance of geometry at the bone/implant interface.

Short-fiber glass/resin materials for cortical bone and polyurethane foam materials for cancellous bone were evaluated using standard tensile coupons. A method for fabricating bone analogs with patient-specific geometries using rapid tooling is presented. Bone analogs of a canine radius were fabricated and compared to cadaveric specimens in several biomechanical tests as validation.

The analog materials exhibit a tensile modulus that falls within the range of expected values for cortical and cancellous bone. The tensile properties of the cortical bone analog vary with fiber loading. The canine radius models exhibited similar mechanical properties to the cadaveric specimens with a reduced variability.

Additional replications involving different bone geometries, types of bone and/or implants are required for a full validation. Further, the materials used here are only intended to mimic the mechanical properties of bone on a macro scale within a relatively narrow range. These analog models have not been shown to address the complex microscopic or viscoelastic behavior of bone in the present study.

Scientific data on the formulation and fabrication of bone analogs are absent from the literature. The literature also lacks an experimental platform that matches patient-specific implant/bone geometries at the bone implant interface.

The aim of this study is to perform a comparative study on sandwich structures with several types of three-dimensional (3D) reticulate cellular structural core designs for their low-energy impact absorption abilities using powder bed additive manufacturing methods. 3D reticulate cellular structures possess promising potentials in various applications with sandwich structure designs. One of the properties critical to the sandwich structures in applications, such as aerospace and automobile components, is the low-energy impact performance.

Sandwich samples of various designs, including re-entrant auxetic, rhombic, hexagonal and octahedral, were designed and fabricated via selective laser sintering (SLS) process using nylon 12 as material. Low-energy drop weight test was performed to evaluate the energy absorption of various designs. Tensile coupons were also produced using the same process to provide baseline material properties. The manufacturing issues such as geometrical accuracy and anisotropy effect as well as their effects on the performance of the structures were discussed.

In general, 3D reticulate cellular structures made by SLS process exhibit significantly different characteristics under low-energy drop weight impact compared to the regular extruded honeycomb sandwich panels. A hexagonal sandwich panel exhibits the largest compliance with the smallest energy absorption ability, and an octahedral sandwich panel exhibits high stiffness as well as good impact protection ability. Through a proper geometrical design, the re-entrant auxetic sandwich panels could achieve a combination of high energy absorption and low response force, making it especially attractive for low-impact protection applications.

There has been little work on the comparative study of the energy absorption of various 3D reticulate cellular structures to date. This work demonstrates the potential of 3D reticulate cellular structures as sandwich cores for different purposes. This work also demonstrates the possibility of controlling the performance of this type of sandwich structures via geometrical and process design of the cellular cores with powder bed additive manufacturing systems.

Optimization techniques can be used to design geometrically complex components with a wide variety of optimization criteria. However, such components have been very difficult and costly to produce. Layered fabrication technologies such as electron beam melting (EBM) open up new possibilities though. This paper seeks to investigate the integration of structural optimization and direct metal fabrication process.

Mesh structures were designed, and optimization problems were defined to improve structural performance. Finite element analysis code in conjunction with nonlinear optimization routines were used in MATLAB. Element data were extracted from an STL‐file, and output structures from the optimization routine were manufactured using an EBM machine. Original and optimized structures were tested and compared.

There were discrepancies between the performance of the theoretical structures and the physical EBM structures due to the layered fabrication approach. A scaling factor was developed to account for the effect of layering on the material properties.

Structural optimization can be used to improve the performance of a design, and direct fabrication technologies can be used to realise these structures. However, designers must realize that fabricated structures are not identical to idealized CAD structures, hence material properties much be adjusted accordingly.

Integration of structural optimization and direct metal fabrication was reported in the paper. It shows the process from design through manufacturing with integrated analysis.

This study aims to examine the literature on consumer financial capability. By analyzing the research trends, theories, definitions and themes, the literature on financial capability is synthesized, and agenda for future research is suggested. A framework is presented that portrays the antecedents as well as the outcomes of financial capability and their interlinkages.

Following a systematic approach, the review is based on 215 articles published during January 2007 and–March 2022, retrieved from Scopus. It presents the definitions and theories of financial capability, publication trends, influential articles, prominent authors, prolific journals and countries publishing on financial capability. Using bibliographic coupling, the intellectual structure of the topic is explored, along with offering a framework through content analysis.

The bibliographic coupling analysis identifies four major clusters of research themes and capability theory appeared to be the most prominent theory. The synthesis draws upon five conceptual definitions of financial capability. Based on the discussion, in this review, financial capability is defined as an individual ability to apply appropriate financial knowledge, perform desirable financial behaviors and take available financial opportunities for achieving financial well-being. A conceptual framework delineates the synthesized literature and propositions based on this framework and relevant research are proposed. Finally, directions for future research are discussed.

This paper is an attempt to offer a comprehensive synthesis of the scholarship on financial capability and its conceptualization. It further proposes an extensive future research agenda. The study has implications for financial services providers relating to retail bank marketing.

When fighting the burden of overweight and obesity, diet remains a powerful preventive factor. The purpose of this paper is to stimulate more efficient interventions on diet change by synthesising knowledge of previous weight loss programmes based on the use of digital devices.

Following the preferred reporting items for systematic reviews and meta-analyses approach, a systematic literature review through five databases was undertaken focussed on the assessment of studies oriented towards diet change that incorporated digital devices including computers, tablets, mobile phones, portable and non-portable tracking devices. In total, 15 empirical studies (2004–2018) were identified and examined for efficacy and presence of theory and behaviour change techniques.

Digital devices supporting weight loss programmes have evolved rapidly over the past 15 years, from reminders using the short message system to self-quantification through mobile applications. Nine studies show a significant difference between conditions, in favour or one (or more) intervention arm. The remaining studies failed to find significance between conditions but were using a comparison with an active intervention, potentially indicating equivalent efficacy. A low level of theory use and use of behavioural techniques was evident.

The literature review is limited to studies that have scientifically evaluated the (potential) weight loss associated with the weight loss intervention. This review could be put into perspective with other complementary research, in particular, qualitative research aimed at exploring participants’ motivations to use (or not) digital devices to lose weight.

Given their low cost and the size of the overweight population, it appears that public health policies could integrate digital devices more strongly in their efforts to combat obesity. Social marketing can add its expertise to medical-based programmes which in return bring their need for more quantitative evaluation of the efficacy of the interventions.

Few previous reviews have examined the extent of the efficiency in digital diet change programmes. The review shows that, in general, digital interventions can support weight loss for adults; however, more studies are required to provide a strong evidence base for efficacy. Given their low cost and the size of the overweight population, public health policies could integrate these devices more strongly in their efforts to combat obesity. A theory-driven social marketing perspective could enhance development ensuring interventions are effective and valued by users.