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This study aims to describe and examine the strategy used by the Taman Ismail Marzuki Library for increasing its social sustainability capabilities.

The research questions in this study are (1) What is the TIM Library’s social sustainability strategy for supporting the green library concept? and (2) What are the impediments and facilitators to implementing the green library concept in the TIM Library through a social sustainability process? This study adopted a qualitative approach, using a case study method, in research conducted over the period July–November 2022. The data collection methods used were purposive sampling, interviews, observations and document analysis.

This study’s findings indicate that the TIM library’s social sustainability strategy supports economic sustainability up to the independence stage, whereas environmental sustainability is still at the empowerment stage. The green library concept is sustainable due to the library’s commitment to the “third place” concept and library cooperation. The TIM Library’s continuing strategy to use creative community development programs to attract public interest and change the library’s perception in the community should help it realize the green library concept.

Libraries can use the research findings to guide their strategies for community engagement and inclusivity.

The paper suggests that policymakers supporting libraries can consider incorporating elements of the Green Library concept and community development stages into policies to enhance the societal impact of libraries.

The significance of this study is that it uncovers strategies to help public libraries meet the requirements of the green library concept.

Based on the theoretical underpinnings of the theory of work adjustment and social exchange framework, the authors contend that an employee's trust in management (TIM) will interact with the flourishing-at-work (FAW) to predict turnover intentions (TIs). Specifically, the authors assumed that FAW will have a stronger negative effect on TIs, given the greater degree of TIM.

Leveraging a cross-sectional survey design and data gathered from 587 IT professionals working in India, the findings revealed that FAW negatively predicted TIs. More importantly, TIM accentuates or moderates the negative relationship between FAW and TIs.

Specifically, TIM was found to have a significant moderating effect on the relationship between (1) psychological well-being (PWB) and TIs, (2) social well-being and TIs. Interestingly, a nonsignificant moderating effect was observed on the relationship between emotional well-being (EWB) and TIs.

The research findings of this study might be context-specific as the IT industry in India generally has high attrition, so obviously, a higher TIs is expected from IT professionals. Therefore, future studies should explore a different industry may be manufacturing and so on, to test the current study's research framework.

These are highly important contributions to the extant scholarship on FAW, as the study offers new wisdom into how FAW influences TIs under the contingent effect of TIM.

This is the first of its kind study to explore the moderating role of TIM on the link between FAW and employees' TIs.

Topologically interlocked materials are a class of materials in which individual unit elements interact with each other through contact only. Cracks and other defects occurring due to external loading are contained in the individual unit elements. Thus, topologically interlocked materials are damage tolerant and provide high structural integrity. The purpose of this paper is to investigate the concepts of remanufacturing in the context of a material for which the intended use is structural such that the material's structural integrity is of concern. In particular, the study is concerned with the mechanical behavior of a topologically interlocked material.

A topologically interlocked material based on tetrahedron unit elements is investigated experimentally. Manufacturing with aid of a robotically controlled end‐effector is demonstrated, and mechanical properties are determined for a plate configuration. A conceptual mechanical model for failure of topologically interlocked materials is developed and used to interpret the experimental results.

It is demonstrated that remanufacturing of the topologically interlocked material is possible with only a limited loss of material performance. The proposed model predicts trends in agreement with the experimental findings.

While the model predictions are qualitatively in agreement with experiments, more detailed finite element models are needed to predict the material performance accurately. Experiments were conducted on a model material obtained from a 3D printer and should be verified on other solids.

The authors demonstrate that damage containment together with the absence of binders or adhesives enables reuse through remanufacturing without loss of structural integrity.

Topologically interlocked materials emerge as attractive materials for sustainable engineering once their material performance are weighted with an environmental impact factor.

Remanufacturing experiments on a novel class of materials were conducted and a new model for the characterization of the structural integrity of topologically interlocked materials is proposed and successfully evaluated against experiments in at least qualitative form.

This case study examined the effects of an enriched environmental language‐accessing programme on an individual with a severe traumatic brain injury (TBI). Using a holistic programme ‐ which involved greetings, singing songs, drawing, painting, word focus, poetry, story retelling, pictorial cards and farewells ‐ the rehabilitation set out to improve the participant's ability to access dormant language. The researcher chose familiar songs, stories and subject areas of interest to the participant.The language programme's daily half‐hour sessions were held for four weeks at a time, with a different theme for each week. Activities were chosen to link into the week's theme. After a two‐week break, the language programme was repeated for consolidation.Data was documented using video, transcription and word‐list collation. These word lists showed which language was accessed without help, with initial prompts and through repetition. Data was analysed by comparing sessions at time one and time two, using the McNemar test for significance of changes for repeated measures. For various sessions the findings showed significant improvements in language production from time one to time two. Compared to the participant's limited language production outside of the programme, the results showed how the participant's speech increased as a result of the rehabilitation.The implications of this case study suggest that a holistic language rehabilitation programme involving an empathetic interlocutor who encourages communication through music, story, familiar topics and art is beneficial to a participant with a severe TBI. Further research repeating the language programme with similar participants would help to generalise these findings.

This chapter revolves around a Zoom conversation between Tim Martindell and Cheryl Craig to which Chestin T. Auzenne-Curl added field-based evidence and reflective comments. The exchange between Martindell and Craig had to do with how Tim facilitated the Writers in the Schools (WITS) writers in conjunction with Tina and Maryann who led the WITS Collaborative. The embedded snapshots and excerpts stemmed from the field notes we accumulated during the life of the project. The conversation discusses some of the fine points of facilitation as well as the boundary areas where what unfolds fringes on the unknown. Near the end, hope for the future is discussed.

The purpose of this paper is to develop and test the thermal interface materials (TIM) for application in assembly of semiconductor chips to package. Good adhesion properties (>5 MPa shear strength) and low thermal interface resistance (better than for SAC solders) are the goal of this research.

Mechanical and thermal properties of TIM joints between gold plated contacts of chip and substrate were investigated. Sintering technique based on Ag pastes was applied for purpose of this study. Performance properties were assessed by shear force tests and thermal measurements. Scanning electron microscopy was used for microstructural observations of cross-section of formed joints.

It was concluded that the best properties are achieved for pastes containing spherical Ag particles of dozens of micrometer size with flake shaped Ag particles of few micrometers size. Sintering temperature at 230°C and application of 1 MPa force on the chip during sintering gave the higher adhesion and the lowest thermal interface resistance.

The new material based on Ag paste containing mixtures of Ag particles of different size (form nanometer to dozens of microns) and shape (spherical, flake) suspended in resin was proposed. Joints prepared using sintering technique and Ag pastes at 230°C with applied pressure shows better mechanical and thermal than other TIM materials such as thermal grease, thermal gel or thermally conductive adhesive. Those material could enable electronic device operation at temperatures above 200°C, currently unavailable for Si-based power electronics.

This study's goal is to look at how visitors' experiences affect the indirect links between the destination's extrinsic motivations (DEMs) and tourists' intrinsic motives (TIMs), on the one hand, and the perceived destination image (PDI), on the other.

Using structural equation modeling, 613 tourists from different nationalities were used to test the five hypotheses.

The research results revealed that second-order destinations' extrinsic motivations directly impact TIM and PDI. It also showed that tourists' experiences as moderators reduce the direct effect of DEM on PDI for first-time visitors compared to repeat visitors. Moreover, it increases the direct effect of TIM on PDI for repeated visitors.

Destination managers can fix the problems that hurt their reputations and images by hiring police officers in tourist areas and cleaning tourist places. In the same way, destination managers and travel agencies should use AI tools to create social media marketing campaigns focusing on natural and historical monuments. Also, the marketing plans should stress the value for money (for example, lodging, food and attractions’ cost). Finally, destination marketers can make programs for repeat visitors, focusing on DEM and TIM.

This article tries to fill a gap in the research on PDI formation in emerging markets as a modern technique in destination marketing by using the push-intrinsic and pull-extrinsic theories. It also looks at how the tourists' experiences moderate the direct link between DEM, TIM and PDI. Lastly, this study examines how TIM affects a destination's image in emerging markets.

One major problem in the lighting industry is the thermal management of the devices. Handling of thermal resistance from solder point to the ambiance of the light-emitting diode (LED) package is linked to the external thermal management that includes a selection of the cooling mode, design of heatsink/substrate and thermal interface material (TIM). Among the significant factors that increase the light output of the of the LED system are efficient substrate and TIM. In this work, the influence of TIM on the luminous flux performance of commercial indium gallium aluminium phosphide (InGaAlP) low-power (LP) LEDs was investigated.

One batch of LEDs was mounted directly onto substrates which were glass-reinforced epoxy (FR4) and aluminium-based metal-core printed circuit boards (MCPCBs) with a dielectric layer of different thermal conductivities. Another batch of LEDs was prepared in a similar way, but a layer of TIM was embedded between the LED package and substrate. The TIMs were thermally conductive epoxy (TCE) and thermally conductive adhesive (TCA). The LED parameters were measured by using the integrated system of thermal transient tester (T3Ster) and thermal-radiometric characterization of LEDs at various input currents.

With the employment of TIM, the authors found that the LED’s maximum luminous flux was significantly higher than the value mentioned in the LED datasheet, and that a significant reduction in thermal resistance and junction temperature was revealed. The results showed that for a system with low thermal resistance, the maximum luminous flux appeared to occur at a higher power level. It was found that the maximum luminous flux was 24.10, 28.40 and 36.00 lm for the LEDs mounted on the FR4 and two MCPCBs, respectively. After TCA application on the LEDs, the maximum luminous flux values were 32.70, 36.60 and 37.60 lm for the FR4 and MCPCBs, respectively. Moreover, the findings demonstrated that the performance of the LED mounted on the FR4 substrate was more affected by the employment of the TIM than that of MCPCBs.

One of the major problems in the lighting industry is the thermal management of the device. In many low-power LED applications, the air gap between the two solder pads is not filled up. Heat flow is restricted by the air gap leading to thermal build-up and higher thermal resistance resulting in lower maximum luminous flux. Among the significant factors that increase the light output of the LED system are efficient substrate and TIM.

The findings in this work can be used as a method to improve thermal management of LP LEDs by applying thermal interface materials that can offer more efficient and brighter LP LEDs. Using aluminium-based substrates can also offer similar benefits.

Users of LP LEDs can benefit from the findings in this work. Brighter automotive lighting (signalling and backlighting) can be achieved, and better automotive lighting can offer better safety for the people on the street, especially during raining and foggy weather. User can also use a lower LED power rating to achieve similar brightness level with LED with higher power rating.

Better thermal management of commercial LP LEDs was achieved with the employment of thermal interface materials resulting in lower thermal resistance, lower junction temperature and brighter LEDs.

The purpose of this paper is to describe a Canadian corporation's implementation and application of a sustainable business operation and model. It is based upon a case study of an International Canadian coffee and donut chain: Tim Hortons.

Data were collected through: extensive publications of corporate documents, observations of actual operations at retail sites and social media sites.

The paper finds that Tim Hortons has clearly made progress toward greater sustainability. However, its program often lacks specificity, particularly in terms of greenhouse gas emissions. Within a visibly and highly polluting industry Tim Hortons sustainability program is a step in the right direction but there are areas in need of improvement.

The findings of this study paradoxically suggest that it is difficult for a company in the fast food industry to truly become sustainable given certain characteristics of the industry (disposal food and beverage containers, and drive‐thrus for example), yet sustainability is also imperative to business success and competitiveness.

Through a detailed examination of Tim Hortons' sustainable business approach the authors delineate a number of areas where the company can improve its sustainability. The paper also discusses areas of difficulty (e.g. drive‐thrus) and areas in need of improvement (e.g. a detailed description of the sources of the company's greenhouse‐gas emissions).

Tim Hortons' sustainability program was only recently launched, and although the motivations behind the program are not discussed, it was not developed in response to any government subsidies or legislation.

The main contributions are as follows. First, the authors methodically analyze the sustainable business approach of a Canadian fast‐food company including but not limited to its value‐added process, driving forces, and purchasing policies. This provides a beginning for others who wish to implement sustainability into an industry not known for its environmental responsibility. Second, the authors suggest ways that Tim Hortons could improve its sustainable business approach. Third, the authors provide a case study of how an iconic Canadian company with revenues over $2.5 billion and nearly 4,000 stores across the globe has begun to implement sustainability into its core strategic approach.