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The purpose of this paper is to assess online corporate communication around commitments to sustainable development goal (SDG) 12, sustainable production and consumption.

Guided by legitimacy theory, a qualitative directed content analysis was conducted on 13 companies' webpages (81 webpages, 78,947 words).

Companies broadly failed to communicate about all 11 SDG 12 targets, neglected to consistently address multiple stakeholder groups, missed opportunities to provide concrete evidence of progress and relied on a mix of substantive and symbolic legitimation strategies.

SDG 12 has been under-researched and this paper is one of the first to offer an in-depth analysis of corporate communication regarding SDG 12.

The purpose of this experimental study is to examine the effects of climate change corporate social responsibility (CSR) and corporate social advocacy (CSA) messages on public perceptions of companies and collective action intentions.

This study employs a 2 (message type: CSA vs CSR) × 2 (environmental issue: single-use plastics vs renewable energy) × 2 (company: Target vs Walmart) plus control online experimental design.

There were no main effects of message type on outcomes; however, green consumer identity moderated the relationship between message type and green purchase intention as well as negative word-of-mouth.

This study responds to calls by scholars to empirically compare the effects of CSR and CSA messages. Additionally, we consider group-level processes, like ingroup identity, in influencing strategic communication outcomes.

The purpose of this study is to examine the well-being initiatives and programs offered to full-time communication employees and identifies antecedents of employee subjective well-being and commitment in the workplace (e.g. organizational attention to mental health in the workplace and perceived organizational support, POS).

Guided by organizational support theory (OST), we conducted an online survey with 262 full-time communication professionals.

The data show that a variety of well-being initiatives and programs (e.g. mental health assistance programs and flexible working hours) are offered to communication employees, who receive this information from various sources (e.g. emails and announcements at employee meetings). Additionally, the number of well-being initiatives also positively predicted organizational attitudes and attention to mental health in the workplace. Supporting OST, attitudes and attention to mental health in the workplace positively predicted POS, which subsequently predicted subjective well-being and organizational commitment.

The study offers practical implications around the communication professionals’ experience in employee well-being and culture. Perspectives from internal communication teams will help organizations leverage their efficiency in creating a supportive work culture around mental well-being and contribute to the understanding of well-being in communication industries. Theoretically, we extended the range of OST, by testing the theory in a new context of communication professionals during the pandemic.

Although communication professionals carry a critical internal communication role in actively promoting employee mental health, well-being and healthy organizational cultures, very little research has been dedicated to investigating how they handle these subjects themselves. Therefore, this study provides original value by focusing on the perceptions, knowledge and action taken by communication professionals when responding to organizations’ well-being programs/initiatives offerings during the peak of COVID-19 and the factors that influence communication professionals’ subjective well-being.

Digital documentation techniques of tunneling excavations at archaeological sites are becoming more common. These methods, such as photogrammetry and LiDAR (Light Detection and Ranging), are able to create precise three-dimensional models of excavations to complement traditional forms of documentation with millimeter to centimeter accuracy. However, these techniques require either expensive pieces of equipment or a long processing time that can be prohibitive during short field seasons in remote areas. This article aims to determine the effectiveness of various low-cost sensors and real-time algorithms to create digital scans of archaeological excavations.

The authors used a class of algorithms called SLAM (Simultaneous Localization and Mapping) along with depth-sensing cameras. While these algorithms have largely improved over recent years, the accuracy of the results still depends on the scanning conditions. The authors developed a prototype of a scanning device and collected 3D data at a Maya archaeological site and refined the instrument in a system of natural caves. This article presents an analysis of the resulting 3D models to determine the effectiveness of the various sensors and algorithms employed.

While not as accurate as commercial LiDAR systems, the prototype presented, employing a time-of-flight depth sensor and using a feature-based SLAM algorithm, is a rapid and effective way to document archaeological contexts at a fraction of the cost.

The proposed system is easy to deploy, provides real-time results and would be particularly useful in salvage operations as well as in high-risk areas where cultural heritage is threatened.

This article compares many different low-cost scanning solutions for underground excavations, along with presenting a prototype that can be easily replicated for documentation purposes.

This paper gives a review of the finite element techniques (FE) applied in the area of material processing. The latest trends in metal forming, non‐metal forming, powder metallurgy and composite material processing are briefly discussed. The range of applications of finite elements on these subjects is extremely wide and cannot be presented in a single paper; therefore the aim of the paper is to give FE researchers/users only an encyclopaedic view of the different possibilities that exist today in the various fields mentioned above. An appendix included at the end of the paper presents a bibliography on finite element applications in material processing for 1994‐1996, where 1,370 references are listed. This bibliography is an updating of the paper written by Brannberg and Mackerle which has been published in Engineering Computations, Vol. 11 No. 5, 1994, pp. 413‐55.

The purpose of this paper is to explore the extent to which a marketer’s own priorities as a consumer infiltrate workplace decision-making and how this contamination influences the creation of potential value for the end consumer. The “black box” of the organisation is opened to investigate potential value creation at an individual/manager level of analysis.

The authors gathered in-depth qualitative data from amongst marketing managers and directors in the UK, Australia and the USA. The authors theorised these data through boundary theory to develop an integrated producer-as-consumer potential value creation model.

The paper reveals the dynamic interplay in marketing/production decision-making between the individual’s consumer-self, manager-self and the external interface with the organisation.

The producer-as-consumer potential value creation model illuminates the complex role of the firm and its individual managers in the creation of potential value and identifies contingencies that result in a spectrum of possible potential value creation outcomes. These contributions are positioned within the marketing value creation and co-creation literatures.

Marketing organisations/managers may find this research useful when considering the benefits and drawbacks of integrating managers’ consumer-self insights into workplace decision-making and the creation of potential value for the end consumer.

This paper moves value creation/co-creation theory forward by revealing the dynamic potential value creation process and presenting a fluid representation of producers-as-consumers, at individual manager level. This paper is of interest to academic and marketing practitioner audiences.

This paper will consider the rationale and effectiveness of SMEsupport policies in the award of public procurement (PP) contracts. One group of economic justifications for SME policies derives from the notion that awarding PP contracts to SMEs (and micro-enterprises) encourages innovation, entrepreneurship and so contributes to job creation, economic growth and can support local and regional developments to the benefit of wider society. The link between SMEs, innovation and economic growth has often been assumed in PP policy-making. While some studies show higher growth rates in small than larger firms, others indicate, to the contrary, that many micro and small enterprises, and particularly informal businesses, are not actively seeking to grow. This paper will assess how effective SME policies may be, and questions the extent to which they are properly evaluated.

The purpose of this paper is to describe the results of a combined numerical and experimental study into the ability of supersonic particle deposition (SPD) to restore the load carrying capacity of rib stiffened wing planks with simulated stress corrosion cracking (SCC).

In this context the experimental results reveal that SCC can result in a dramatic reduction in the load carrying capacity of the structure and catastrophic failure via cracking that tears the length of the structure through buckling. A combined numerical and experimental study then reveals how this reduction, in the load carrying capacity can be overcome by using SPD.

This paper is the first to show that SPD can be used to restore the load carrying capacity of rib stiffened structures with SCC. It also shows that SPD repairs can be designed to have only a minimal effect on the local stiffness and hence on the load path. However, care should be taken to ensure that the design is such that premature failure of the SPD does not occur.

This is the first paper to show that a thin layer of SPD deposited 7,075 aluminium alloy powder on either side of the SCC-simulated stiffener has the potential to restore the load carrying capability of a rib stiffened structure. As such it represents an important first step into establishing the potential for SPD to restore the buckling strength of rib stiffened wing panels containing SCC.

Expert systems are being effectively applied to a variety of engineering problems. A growing number of languages and development tools are available for their building. Expert systems building tools (shells) are not so flexible as the high‐level languages, but they are easier to use. The problem is that there are too many development tools on the market today, no standards for their evaluation are available, so it is quite difficult to choose the ‘best’ tool for the developer's/user's needs. This paper is an attempt to review the situation on the confused market. Eighty‐six development tools are described in a table form for easy comparisons. Tools implemented on the AI machines only are not included in this survey.