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Hitherto, perhaps the most striking gap in Singapore's insider trading legislation has been the lack of effective civil remedies for insider trading. This and several other issues have been addressed in the recent Securities Industry (Amendment) Bill 1999, which came into effect in February 2000.

Though there are no reported cases on the matter, Singapore, with its well‐developed financial centre, is the target of money launderers just like any other major city in the world. To deal with the problem, the Singapore government passed the Drug Trafficking (Confiscation of Benefits) Act in 1993. This Act was recently amended by the Drug Trafficking (Confiscation of Benefits) Amendment Bill which came into effect on 6th July, 1999.

The Futures Trading Act has been in force in Singapore since 1986. In 1995, substantive changes were made to the Futures Trading Act to make it more effective and to reflect developments in the market. The aim of this article is to examine these changes.

The purpose of this paper is to achieve a hard and protective borided layer on commercially pure Ti (grade-2) by applying boriding, and to investigate the changes in its microstructure, hardness, friction and wear behaviors.

Pack boriding technique was used to form a hard boron diffusion layer on titanium substrate. A powder mixture of amorphous boron and anhydrous borax was used as a solid-state boriding media, and then the boriding was carried out under inert atmosphere.

A thick dual boride layer consisting of a monolithic titanium diboride (TiB₂) on the top and titanium monoboride (TiB) whiskers beneath that layer formed at relatively low diffusion temperature under pressured inert argon atmosphere in a boriding media containing boron source and activator. With boriding at specified conditions, very hard (4100 Hv0.01) and thick monolithic TiB₂ layer formed on the top-most layer which is required for improved tribological applications. Hardness decreased gradually through the TiB whisker layer and finally reached to the hardness of base material.

This paper investigates the effects of components of boriding mixture and conditions of thermal treatment on the formation of borided layer and its properties. In previous studies, boriding mixtures containing a boron source, an activator and a filler material was generally used at high temperatures around or above 1,050°C to achieve a thick monolithic layer on the top of the surface of titanium. In the present study, no filler material was used to accelerate the boron diffusion because filler materials may inhibit the diffusion of boron atom through the surface of substrate of titanium. Also, diffusion treatment was carried out under pressurized argon atmosphere at relatively low diffusion temperature to achieve boride layer with the improved hardness and durability.

Polyamide 12 (PA12) processed by the additive manufacturing technique of selective laser sintering (SLS) is acquiring a leading role in cutting-edge technological sectors pertaining to transport and biomedical among others. In many of these applications, design requirements must ensure fatigue structural integrity. One of the characteristic features of these SLS PA12 is the layer-wise structure that may influence the mechanical response. Therefore, this paper aims to assess the fatigue life behavior of PA12, focusing on the effect of the load direction with respect to the load orientation.

With the aim of analyzing the effect of the load direction with respect to the layer wise structure, fatigue tests on plain samples of SLS PA12 were carried out with the load applied parallel and perpendicular to the layer planes. The S-N stress life curves and the fatigue limit at 106 cycles were determined at room temperature and at a stress ratio of 0.1. The fracture surfaces were inspected to evaluate the damage evolution, modeled via the fracture mechanics methodology to obtain the fracture parameters.

The fatigue resistance was better when the load was applied parallel than when was applied perpendicularly to the layered structure. The analysis of the postmortem specimens evidenced three regions. The inspection of the fatigue macro crack growth region revealed that crazing was the mechanism responsible of nucleation and growth of damage till a macroscopic crack was generated, as well as of the consequent crack advancement. The calculated fracture parameters computed from the application of the fracture mechanics approach were similar to those obtained from standardized fracture tests, except when the stress levels were close to the yield strength.

The fatigue knowledge of polymers, and especially of polymers processed via additive manufacturing techniques, is still scarce. Therefore, the value of this investigation is not only to obtain fatigue data that could be used for structural design with SLS PA12 materials but also to advance in the knowledge of damage evolution during the fatigue process.

The purpose of this paper is to develop modified composite materials that show improved mechanical and structural integrity.

To accomplish this goal, a novel functionalisation method of the carbon fibres (CFs) for the reinforcement of the composites surface was investigated. Through the electrografting of methacrylic acid (MAA) onto the surface of the CF, this treatment aims to selectively modify the surface of the carbon fabrics, in order to create active groups that can chemically react with the epoxy resin, under heat and pressure. By this way, better adhesion as mechanical interlocking between the resin and the reinforcement can be achieved.

The surface treatment was examined qualitatively by means of infrared spectroscopy, scanning electron microscopy and Raman spectroscopy. The CF reinforced polymers were manufactured via the hot-press technique and they were subsequently submitted to flexural, shear and nanoindentation test. Finally, the internal structural integrity was tested through micro-computing tomography.

Through this investigation, it will be determined if the electropolymerisation of MAA onto the CF surface enhances the mechanical and structural integrity of composite materials.

Employee well-being in a casino work environment is crucial for the quality of work-life and employees' performance. This study examines the dimensions of well-being at a casino in Malaysia to gain deeper insights into employee challenges and motivational factors to arrive at practical mitigation efforts.

The study adopted a qualitative approach involving 14 semi-structured interviews with casino employees in Malaysia. Interviews lasted 30 min to 2 h at a time when Covid-19 was raging in 2021. Responses were analysed via a data-driven approach and coded using NVivo software to delineate the contents into analytical categories of well-being dimensions.

The findings suggest that employees at the casino face challenges in achieving work-life balance. Employee's well-being suffers from insufficient break time, irregular working hours affecting family time, managing customer temper tantrums and lack of emotional support systems and remunerations altered by the pandemic. Women employees were particularly vulnerable.

The findings suggest a need to create better working conditions and address well-being with counselling support for stress management, a balanced approach by employers to the “customer is always right” mantra, creating promising career pathways and supervisors to have better oversight of workaholics. The research focused only on one casino and there was limited access to management departments for an organizational perspective.

This study adds to the body of knowledge on employee well-being in the context of a casino. It suggests hospitality and tourism organizations review their human resource practices that would ease the stresses at the workplace and create support systems to promote employee well-being. Crucially, in a pandemic crisis, well-being dimensions must be accommodating and integrative to employee sentiments, sensitivity and self-actualization.

The purpose of this paper is to better understand how consumers perceive and process danger in American football and why they continue to enjoy watching the sport given society’s increased understanding of the danger to the athletes.

Two studies, one lab study with eye-tracking (N = 152) and one survey study (N = 444), were conducted. Study 1 examines how the perception of danger associated with football mediates the relationship between exposure to violent or nonviolent video clips and enjoyment of watching video clips. Study 2 examines how device type and screen resolution influence perceptions of danger associated with football.

Findings support the role that perceived danger plays in sport viewing enjoyment. The results are in keeping with reversal theory where individuals have a protective frame that allows them to experience negative emotions (e.g. anxiety) as positive (e.g. excitement). The research also shows that for larger devices, the perception of danger associated with football is significantly influenced by high resolution.

The work, through considering the way consumers experience sport, questions societal tolerance for entertainment that is dangerous to sport participants.

The findings of this work corroborate past research that has found that consumers of sport do enjoy danger for athletes in their viewing experience. Reversal theory is utilized to explain how negative emotions are experienced as positive. The work extends past findings by showing that the characteristics of the device used (large size and high resolution) during sport viewing influence perceptions of danger.

The purpose of this paper is to test the relationship between supply chain knowledge flow enablers (SCKFEs), knowledge flow performance and supply chain (SC) performance (operational performance, customer satisfaction, and financial performance) for Indian manufacturing organizations.

A structured survey was used to collect the necessary data within the Indian manufacturing industry. Construct validity was conducted using convergent validity, reliability, and discriminant validity. Structural equation modeling was used to test the model.

The results of the study are tested based on data from 269 respondents from an Indian manufacturing organizations show positive influence: from SCKFEs to knowledge flow performance; knowledge flow performance to SC performance. In essence, the research reveals that the awareness to implement SCKFEs will increase the knowledge flow performance and SC performance.

The findings of this study are beneficial for decision-making authorities in the organization to know the importance of SCKFEs and their influence on knowledge flow performance and SC performance.

This is the unique study, which provides the theoretical framework which shows the relationship among SCKFEs, knowledge flow performance and SC performance and validates the framework with the help of an empirical study with Indian organizations.

Based on a survey, this paper seeks to confirm that Indian corporates are already working on the guideline of the Global Compact.

The approach is theoretical with ample scope for application.

It is found that there should be a realisation that the real CSR leadership is not just putting one's own house in order, but advocating the right conditions to reward responsible practice.

A disadvantage is the paucity of literature for the survey.

The paper succeeds in confirming that Indian corporates are already working on the guideline of the Global Compact, because the Indian ethos and religious values teach these doctrines from a socio‐religious aspect.