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This paper aims to analyse the determinants of the intention to share a post about an environmental issue posted by a tourism destination on Facebook. The authors use the stimulus-organism-response (SOR) model as a theoretical framework and consider cognitive variables (destination social responsibility, tourist social responsibility and three types of congruence) as antecedents of emotions and of the tourists’ response (intention to share). Specific factors related to the social platform (attachment and active use of social media) are also included.

The model was tested for two destinations with different positioning (green tourism versus sun and beach). For the sampling strategy, the authors conducted an online poll targeting Facebook users who had undertaken at least one trip in the previous year. The sample consisted of 1,001 individuals.

The empirical evidence obtained indicates that consumer–cause congruence is the most important variable for explaining the intention to share the post for both destinations, with the destination–cause congruence being non-significant. The authors also observed that active participation on the social network stimulated the intention to share this specific content.

Unlike prior research, this paper examined consumer motivators for engaging with online corporate social responsibility content for tourism destinations, specifically focusing on destination social responsibility in sustainable tourism. The model also incorporates three types of congruence, revealing variations in their impact on explaining the intention to share sustainability-related posts.

Este trabajo analiza los determinantes de la intención de compartir una publicación sobre un tema ambiental publicada por un destino turístico en Facebook. Utilizamos el modelo estímulo-organismo-respuesta (SOR, por sus siglas en inglés) como marco teórico y consideramos variables cognitivas (responsabilidad social del destino, responsabilidad social del turista y tres tipos de congruencia) como antecedentes de las emociones y de la respuesta de los turistas (intención de compartir). También se incluyen factores específicos relacionados con la plataforma social (apego y uso activo de las redes sociales).

El modelo se probó para dos destinos con diferentes posicionamientos (turismo verde versus sol y playa). Para la estrategia de muestreo, realizamos una encuesta en línea dirigida a usuarios de Facebook que habían realizado al menos un viaje en el año anterior. La muestra consistió en 1.001 individuos.

La evidencia empírica obtenida indica que la congruencia consumidor-causa es la variable más importante para explicar la intención de compartir la publicación en ambos destinos, mientras que la congruencia destino-causa no fue significativa. También observamos que la participación activa en la red social estimuló la intención de compartir este contenido específico.

A diferencia de investigaciones previas, este artículo examinó los motivadores del consumidor para interactuar con contenido de responsabilidad social corporativa en línea de destinos turísticos, enfocándose específicamente en la responsabilidad social del destino en el turismo sostenible. El modelo también incorpora tres tipos de congruencia, revelando variaciones en su impacto en la explicación de la intención de compartir publicaciones relacionadas con la sostenibilidad.

本研究分析了在Facebook上分享旅游目的地发布的环保问题帖子的意图决定因素。我们使用刺激-有机体-反应（SOR）模型作为理论框架, 并考虑了认知变量（目的地社会责任、游客社会责任和三种类型的一致性）作为情绪和游客反应（分享意图）的前因。此外, 还包括与社交平台相关的特定因素（社交媒体的依赖度和活跃使用）。

该模型针对两个具有不同定位（绿色旅游与阳光沙滩）的目的地进行了测试。我们通过在线问卷调查了过去一年内至少进行过一次旅行的Facebook用户, 最终样本量为1,001人。

研究结果表明, 对于两个目的地, 消费者与环保事业一致性是解释分享帖子的意图的最重要变量, 而目的地与环保事业的一致性并不显著。我们还发现, 社交网络的活跃参与能激发用户分享此类特定内容的意图。

与以往研究不同, 本文探讨了消费者参与在线企业社会责任内容的动机, 特别关注于可持续旅游中的目的地社会责任。该模型还引入了三种类型的一致性, 并揭示了它们在解释分享可持续性相关帖子意图中的影响差异。

To investigate how providers of product-service bundles design and manage their contracts with upstream suppliers to incentivise incremental innovation for the benefit of their downstream customers, who contract the provider based on performance.

An embedded multiple-case study was conducted to examine elements of a European jet fighter’s manufacturing and after-sales supply chain. The embedded cases concern provider contracts with first-tier suppliers of product and service offerings. Data collection involved 21 semi-structured interviews, documents and other secondary data sources. Data analysis was informed by agency theory to assess the effectiveness of contract design and management in delivering incremental innovation and to identify related contracting strategies.

We identify four strategies for fostering incremental innovation in contracts between providers and their first-tier suppliers. These include two contract design strategies, i.e. reducing goal incongruence and addressing information asymmetry; and two contract management strategies, i.e. reducing outcome uncertainty and promoting inter-firm integration between providers and sub-suppliers.

The research offers managerial guidelines regarding how providers can design and manage their tier-one supplier contracts to achieve incremental innovation. These include encouraging early supplier involvement, using focussed KPIs in contracts, and managing product and service-offering suppliers differently.

The research shows the contingent effect during contract design and management of a sub-supplier’s product vs. service offering, which, in turn, impacts incremental innovation. We also find that using focussed key performance indicators in sub-supplier contracts can be effective in improving product and service quality.

This paper aims to explore how thermal activation enhances the oxidation complexation of the titanium alloy, aiming to enhance surface quality and processing efficiency.

The titanium alloys were chemically mechanically polished under various temperatures. The removal rate and surface roughness were characterized using a three-dimensional topography tester. The surface composition, content and valence state were characterized by X-ray photoelectron spectroscopy. The abrasion performance of the surface reaction layers was conducted using a friction wear testing machine.

The thermal activation temperature can enhance the chemical-mechanical polishing effect of titanium alloy. The thermal activation temperature can enhance the oxidation complexation synergistic effect of K₂S₂O₈ and KF on titanium alloy, thereby improving the polishing effect. With the increase in temperature, the wear resistance of titanium alloy decreases after oxidation corrosion, making it more susceptible to removal through friction. By promoting the oxidation and corrosion of K₂S₂O₈ and KF on the titanium alloy, higher temperatures can facilitate the formation of easily removable film layers on the surface, thereby enhancing the polishing effect.

This research contributes to enriching the theoretical framework of precision machining of titanium alloy and enhancing surface quality and machining efficiency.

With this statement, the authors hereby certify that the manuscript is the result of their own effort and ability. They have indicated all quotes, citations and references. Furthermore, the authors have not submitted any essay, paper or thesis with similar content elsewhere. No conflict of interest exists in the submission of this manuscript.

The peer review history for this article is available at: https://publons.com/publon/10.1108/ILT-05-2024-0167/

The teaching–research nexus (TRN) has assumed a prominent role in global higher education systems. However, the connection between the two domains has been subject to diverse interpretations within well-developed higher education systems. Little is known about translating TRN into policy and practice in diverse higher education spaces. In this regard, this article examines the recent trajectory and challenges associated with integrating research and teaching in Cambodia.

To analyse the current development of TRN and its associated challenges, this article consolidates two sets of data: recent research papers and government policy documents on TRN in the last 10 years or so.

The analysis shows that the connection between teaching and research appears to be patchy in practice, as evidenced in previous studies. The recent government policies and interventions, although potentially fostering progress in research activities, pose dilemmas regarding the orientation and feasibility of linking these two domains.

This article focuses on enhancing TRN in Cambodia, one of the developing higher education contexts, thereby offering insights into the strategies and concerns within such environments. Policymakers in similar higher education contexts might benefit from considering the concerns and solutions highlighted in this article.

Research on policies and strategies for strengthening TRN in developing higher education contexts remains limited in the literature. This article contributes to our collective knowledge of TRN by looking at Cambodia's contemporary reality and strategies.

A review of sustainability challenges of flame retardants (FRs) for textiles has been conducted. Specifically, the purpose of this paper is to identify and recommend solutions to sustainability challenges emanating from the raw material, processing technology and performance of the FRs used for textiles.

The approach used in preparing this paper was based on the review of various scholarly databases about the subject matter. The review approach is designed to inform the readers about the sustainability challenges of FRs for textiles. The science of burning and FRs for synthetic and cellulosic fibres were reviewed. Both synthetic and natural biodegradable FRs for textiles has been identified. The obtained literature was then synthesised to get information about sustainable challenges of non-halogenated FRs both synthetic and natural biodegradable. Finally, possible approaches for mitigating the identified challenges have been recommended.

The sustainability challenges of the FRs in terms of raw material, processing, affordability and performance have been identified. Synthetic FRs suffer from sustainability challenges in terms of raw materials, processing and non-renewability. Despite the environmental friendliness and sustainability in terms of being renewability, processability and biodegradability, natural biodegradable FRs have poor performance compared to synthetic ones. Moreover, natural biodegradable FRs depend on geographical condition and lack economic variability data. Potentially, the challenges of FRs can be mitigated through eco-friendly synthesis, chemical modification and sustainable methods of applications. Because of its renewability and environmental friendliness, biodegradable FRs have a potential to becoming sustainable if researched more.

In this review, a collection of literature about sustainability challenges of FRs and the approaches to overcome the challenges has been provided. The collected information was analysed and synthesised to bring understanding of the science of burning, types and application of FRs for textiles and biodegradable FRs. Sustainability challenges have been identified, and mitigation approaches are provided.

This paper presents an in-depth study of learners’ learning and playing styles and their implications for educational video games. This study aims to scrutinize the manifestation of learning and playing styles among learners, to identify the style predispositions and dominance and to assess the implication of these results for educational video games.

This paper proposes a structured model with a detailed methodology for evaluating and categorizing style predisposition and the learner’s dominant learning and playing style. The multimodal style predisposition aggregates several manifested styles at three distinguished levels to achieve more precise differentiation. The authors analyze the outcomes of an empirical field study of 676 K12 and university students, making an in-depth evaluation of their learning and playing styles.

Based on the presented model to determine the level of preferences and dominance of styles, the study reveals that multimodal style predisposition prevails for both learning and playing styles. Most learners manifest several dominant styles. While the Kinesthetic Visual, Auditory, Read/Write and Kinesthetic (VARK) learning style and Logician and Strategist playing styles prevail, the Read/Write and Competitor styles are the least preferred.

The survey explores particular learning and playing styles – VARK and adaptive technology-enhanced platform for edutainment (ADOPTA). It covers only Bulgarian students, who share common national cultural predispositions. The different sizes of the samples (234 K12 and 432 university students) are also a limitation. Further studies should involve international and equal samples of participants.

Educational video games should reflect the findings about learners’ preferences and predispositions at the planning, design and practical application level.

Game-based learning and gamification approaches in education should focus on aspects other than competition.

This paper presents an original methodology for modeling, evaluating and categorizing style predisposition and students’ dominant learning and playing styles and results about these styles of K12 and university students in the context of educational video games.

This paper aims to identify potential avenues for innovation in urban hotel management by analyzing self-reported data from visitors regarding their experience with interior design.

A qualitative exploratory computer-assisted content analysis was conducted to identify the impact of interior design on the guest experience. Leximancer 4.0 software analyzed 2,562 reviews from urban hotels collected through a reservation website.

The findings reveal that data reported by guests on interior design play a crucial role in shaping guest experiences, both positively and negatively. The esthetic appeal of interior design is shown to impact resting and comfort, affecting overall performance significantly. The study also highlights how different star categories of hotels and variations in visitors' purposes for their stay lead to distinct guest experiences and different opportunities to innovate.

The study’s results provide evidence for researchers and practitioners of the potential of the guest-reported interior design experience as a valuable source for fostering innovation. In addition, in the hotel industry, innovation may eventually be attained through interior design renovation.

Self-reported data from guests on interior design is an effective tool for innovation. Making interior design a priority throughout the establishment and ongoing management of a hotel is crucial. By integrating interior design, not only can potential negative experiences be avoided, but greater guest satisfaction can also be achieved during their stay, promoting memorable experiences that align with the hotel category and customer expectations.

This research emphasizes the importance of interior design as a catalyst for innovation and improved social experiences in the hospitality industry. Innovation in interior design can improve hotel performance in several dimensions, including attracting more visitors to the hotel and the area, increasing tourism revenue for local businesses and contributing to the broader societal goal of reducing environmental impact and promoting sustainability.

This article adopts a guest-centered methodology to provide valuable insights for hotel managers to leverage interior design as a tool for innovation in the hospitality industry after showing that interior design enhances guests' experiences, comfort and hotel differentiation.

The growth and significance of emerging economies’ multinationals (EEMs) in the global economy have transformed the business landscape. This study constructs a conceptual framework that displays and links the prerequisites of the formation, composition and development stages of dynamic capabilities (DCs) that lead to competitive advantages in EEMs.

This study follows the preferred reporting items for systematic review and meta-analysis (PRISMA) guidelines (excluding meta-analysis) to present a systematic review of 111 empirical and conceptual academic articles published in the past 24 years in the A+, A and B tier categories in scientific journal indexes.

The findings illustrate the DCs of EEMs in terms of four components: prerequisites for formation, composition, development process and outcomes. Among these, the compositions of DCs contain four types: management capabilities of available and desired resources, agile organizational capabilities, fast-learning modes and predictive capabilities. The authors also explain the developmental stages of DCs in EEMs, which is seen as a continuous process of anticipating change, consisting of high sensitivity to opportunities, advanced knowledge absorption, resource optimization and adjustment. Additional analysis also reveals the challenges in researching and measuring DCs.

This study provides a highly synthesized multi-dimensional framework of EEMs’ DCs, which fills the research gap and contributes to the enrichment of extant theories. The results can guide most EEMs, particularly those in the manufacturing, IT and service industries, in cultivating entrepreneurship and creating a more efficient operational team to achieve competitiveness.

The purpose of this study is to investigate the roles of potential absorptive capacity (PACAP) and realized absorptive capacity (RACAP) in driving different types of innovation practices, including process, product, marketing and organizational innovation with in the supply chain (SC). Furthermore, this study also seeks to examine the previously unexplored relationship between these SC innovation practices and supply chain risk management (SCRM).

Data were collected from 267 SC professionals working in the export manufacturing industry for hypotheses testing via structural equation modeling.

The results have found that both PACAP and RACAP positively and significantly impact on each practice of SC innovation. The results also show that each SC innovation practices such as product innovation, process innovation and marketing innovation have a positive and significant impact on SCRM except organizational innovation.

This study makes a notable contribution to the broader SC management literature, with a specific focus on absorptive capacity, innovation management and SCRM, areas where empirical research is still emerging. This study reveals that organizations trying to manage SC risk must implement sufficient SC innovation practices by enhancing their PACAP and RACAP for quick response and recovery from SC disruptions.

This study aims to develop a copper nano-based emulsified cutting fluid (ECF) with enhanced thermal, antimicrobial and anti-corrosion properties. The study focuses on optimizing the water-to-Triton X-100 (W/TX) ratios and incorporating copper nanoparticles to improve the fluid’s overall efficacy in machining applications.

Various trial combinations were conducted to determine the optimal W/TX ratios. The as-prepared copper nanoparticles were dispersed in the cutting fluid to enhance its thermo-physical properties. The thermal conductivity, thermal stability and surface spreading capability were measured. Microbial studies identified prevalent microorganisms, particularly Mycobacterium immunogenum. To combat microbial contamination and corrosion, natural biocides (ß-Ionine) and sodium dihydrogen phosphate (NaH₂PO₄) were added. The corrosion inhibitor efficiency and overall performance were evaluated.

The inclusion of copper nanoparticles significantly improved the cutting fluid thermal properties, achieving a 51.12% enhancement in thermal conductivity and thermal stability. The surface spreading capability was enhanced with a contact angle of 52.48°. Mycobacterium immunogenum was identified as the most frequent contaminant. The addition of natural biocide ß-Ionine effectively addressed microbial contamination, while 1.4 ml of NaH₂PO₄ improved the corrosion inhibitor efficiency to 66.94%. The Cu-W/TX cutting fluid demonstrated eco-friendly characteristics with notable antimicrobial and anti-corrosion benefits.

The research work improves ECFs by incorporating copper nanoparticles and optimizing surfactant ratios. It highlights Triton X-100’s potential as a cutting fluid base and the benefits of natural biocides, contributing to more sustainable, efficient fluids with significant environmental and industrial implications.