bluuebunny/crossref_metadata_2025_split huggingface dataset:
Examining Comparative Treatment Action Between Predicted Project Issues and Forecasted Project Risk of Landscape Architecture Project
Authors: Muthuveeran Adam Aruldewan S. , Tahir Osman Mohd , Hassan Mohd Azren , Rasidin Elly Widiyanty 
Published: October 2022

Abstract
Extensive project issues continue to occur in Malaysian landscape architecture projects due to ineffective treatment action taken despite the ability to predict and treat the issues beforehand. This study examines comparative treatment action between predicted project issues and forecasted project risk in landscape architecture projects. The data collection was conducted through a semi-structured interview with twenty-four landscape architect professionals based in the Klang Valley region of Malaysia. Then the data were analysed using the content and thematic analysis method. The study found a contrasting treatment action between predicted project issues and forecasted project risk. The predicted project issues were treated passively, despite treating them with effective treatment strategies causing project issues bound to happen. This finding will be a lesson learnt for landscape architecture practitioners to evaluate current practice and find the best management system application to manage project issues effectively.
The Crucial Conditions and Attributes of Domestic Subcontract in Malaysian Construction Industry
Authors: Rosli Nor Marina , Mustaffa Nur Emma , Tajul Arifin Hamizah Liyana 
Published: October 2022

Abstract
The duties and responsibilities of the parties signing a contract are governed by the previously agreed terms of the contract. General conditions are a standardized form of pre-printed contract which specifies the general project rules and relevant commercial terms. The contracts are developed and published by various associations and professional bodies and are widely used in the construction industry. In the Malaysian construction industry, there are several standard forms of main contracts and nominated subcontracts. However, for a domestic subcontract, the main contractor prefers to use a bespoke contract, which results in contract disputes. Drafting a complex contract can be time-consuming and expensive. It also requires the involvement of the legal team to provide legal opinions and advice on its content. Hence, this study intends to identify domestic subcontract attributes and critical conditions to overcome the major issue of unclear terms and conditions for the domestic subcontract. A set of attributes and critical conditions have been established through a detailed review and analysis of twenty-two (22) bespoke contracts collected from the industry and an extensive literature review from published articles. Content analysis was done on leading academic journals in construction engineering and management. Clarity, consistency, parties, risk, language, and format of the domestic subcontract are some of the attributes. Meanwhile, payment, liquidated damages, delay, subcontract sum, termination, variation order, practical completion and defect liability period, commencement and completion, and safety provision are the most crucial conditions discovered through extensive review and content analysis of the bespoke contracts. The advantage of establishing these characteristics and critical conditions is that they serve as a prerequisite for the development of a domestic subcontract framework
Investigating Reasons for the Unsuccessful Extension of Time (EoT) Claim in the Malaysian Construction Industry; Views from the Professionals
Authors: Yusuwan Norazian Mohamad , Adnan Hamimah , Asyikin Mahat Noor Aisyah , Ahmad Zul Zakiyudin , Azrin Baharuddin Har Einur 
Published: October 2022

Abstract
Construction claims are often being cited as difficult and complex; hence, the rejection of claims is regarded as common in the construction industry. Such situation will generally lead to various consequences, among which are conflicts and disputes. In this respect, this paper aims to investigate the reasons for the rejection of EoT claims in the Malaysian construction industry. Findings were drawn from a consolidation of practitioner’s perceptions via questionnaire survey and semi-structured interviews. However, this paper will only present results obtained from the semi-structured interviews which was conducted to complement findings gathered from the questionnaire survey. The results revealed that failure by the contractor to establish the cause-effect relationship, inadequate supporting documents, non-entitlement in principle/non-valid ground/s, late submission, and non-compliance to the conditions of the contract are the top five (5) reasons for the failure of the submitted claim. The findings suggest the important areas that require much attention. Proper record keeping and management are obviously essential as these are the keys that determine the success of any claim.
Resource-Based View in Construction Project Management Research: A Meta-Analysis
Authors: Mansour Husam , Aminudin Eeydzah , Mansour Tahseen , Adiana Binti Abidin Nur Izie , Lou Eric 
Published: October 2022

Abstract
Resource-based view (RBV) is the theory that has been adopted as the theoretical background in construction project management (CPM) research to examine the impact of resources and capabilities on firm performance. Its primary assumption is that firms’ performance and competitive advantages are enhanced by properly utilising valuable resources and capabilities. This paper aims to examine the effect of various constructs and relations used in preceding research by proposing a conceptual framework in the lens of RBV, which combined the multiple paths found in the literature. Then, hypotheses were developed to test the research framework empirically. This paper reports a meta-analysis of 20 journal papers published in the Scopus database in the area of CPM. The findings indicate that all the relationships between resources, capabilities, competitive advantage and performance were verified as significant. Moreover, the review pointed out that using capabilities and sustained competitive advantage in a mediated model is better than the direct effect model. Finally, a flowchart combining all the variables, construct, and paths was developed based on the results.
The Importance of Life Cycle Cost (LCC) Components for Emerging Green Costs Incurred in Green Highway Budget Preparation Decision-Making
Authors: Abd Rahman Muhammad Faiz , Zakaria Rozana , Shamsudin Siti Mazzuana , Aminudin Eeydzah , Yousif Omar Sedeeq 
Published: October 2022

Abstract
In the journey towards sustainably preserving road infrastructures, financial planning and its asset management are essential to preserve and rejuvenate at its life cycle stages efficiently. There are many methods and efforts to integrate current practices. The road components assets’ Life Cycle Cost (LCC) will have an impact in terms of more substantial cost investment since reliable cost information is rarely sufficient. The final budget of various road projects should be calculated based on the Life cycle costing, which covers both costs and revenues for the period of development until post-construction. This paper focuses on the importance of the Life cycle costing components to the green highway project, and it also responds to the sustainability of road infrastructure development literatures reported. This paper also highlights the anticipated results, leading to the identification of crucial models in creating the Life cycle costing decision-making instrument. The findings of this paper have significance in terms of encouraging stakeholders to react to green highway evolution and establish Life cycle costing as a decision-making tool.
Risk Mitigation in Industrialized Building System (IBS) Construction
Authors: Jamalluddin Nur Atiqah , Adnan Hamimah , Bakhary Nor Azmi , Rosman Muhammad Redza 
Published: October 2022

Abstract
To encourage IBS in the Malaysian construction sector, the government and the CIDB have introduced programmes and initiatives to enhance the adoption of the Industrialized Building System (IBS). The introduction of the Master Plan for Construction Industry (CIMP 2006–2015) creates the opportunity for the construction industry’s future in Malaysia. It has highlighted the importance of IBS and its environmental in the construction industry. This paper aims to recommend risk mitigation strategies in Industrialized Building System projects in Malaysia. The quantitative methodology involved the questionnaire survey and gives out to 146 IBS practitioners in Malaysia construction and only about 34% had responded to this questionnaire. It was found that many participants were implementing risk mitigation in the IBS project and adequate knowledge is essential in reducing risk on the IBS project. The risk factors that must be considered when implementing IBS construction are design, managerial, financial, safety and logistical factors which are design defects, poor understanding and monitoring skills in IBS construction, high material cost, poor safety scheduling, and difficulties transport IBS components. To address and overcome the risk factors, some risk mitigation strategies are proposed with the risk associated with the Industrialized Building System (IBS) projects. It is recommended that the implementation of the standardization of the IBS module, enhance the use of BIM in the IBS project, training and guidance to improve financial strategies, integrating the advanced Avs and Just-in- Time delivery is highlighted as risk mitigation strategies in IBS construction.
A Cross-case Analysis on the Barriers to Knowledge Sharing Practices in Construction Joint Ventures
Authors: Bakri A S , Saidan Khaderi S , Abd Shukor A S 
Published: October 2022

Abstract
Construction joint ventures often used as a strategic platform to facilitate learning and acquire knowledge associated with individual partner skills and capabilities, and further integrate the new knowledge into their own system and structure. Although previous literature has highlighted many benefits of joint ventures, in reality it does not work well as people are often hesitant to share their knowledge and experience. Furthermore, the nature of construction projects and temporary setting of joint venture organisations often results in difficulty to retain the knowledge of each project member once the project completed, and the joint venture dissolved. Such problems become more critical in the local-foreign joint venture projects where knowledge has to be shared across different organisations and national culture. This research paper aims to assess the barriers for knowledge sharing practices by using cross-case analysis of joint venture projects as case studies. This research took a qualitative approach with a multiple-case study method adopted to perform exploratory case studies into construction joint ventures in Malaysia. Qualitative data were collected using the semi-structured interview techniques with 20 interviewees from two case studies. The primary data was analysed using content analysis and cognitive mapping techniques. The research findings revealed several barriers to knowledge sharing practices within joint venture project settings such as the cultural barriers, lack of loyalty and project continuity, language barriers, unwilling to share and learn; and lack of time. The Malaysian construction industry is taking initiatives to improve its current project performance through capacity development which is one of the strategic thrusts outlined in CIDB Construction Revolution 4.0 (CR4.0). The capacity development can be done by encouraging the collaboration between construction participants. It gives a very significant justification for undertaking this research focusing on improving the collaboration and project performance of joint venture project settings through effective knowledge sharing.
Cross case analysis on internal early preparation of stakeholder engagement for infrastructure projects
Authors: Azrin Baharuddin Har Einur , Adillah Ismail Noor Akmal , Adnan Hamimah , Wan Ismail Wan Norizan , Piri Imelda 
Published: October 2022

Abstract
Characterised as uncertain, complex, politically-sensitive, and extensive in nature define a mega infrastructure project which counting multiple stakeholders with various interest. Common problems during construction on stakeholder conflict were due to project stakeholders have different interests. Such problems are reworks, disagreements, cost overruns, lack of communication. As the project getting complex and massive, the importance of stakeholder engagement element in project management process is undeniable. The stakeholders in infrastructure project must be efficiently engaged and need earlier involvement during the pre-construction phase either direct or indirectly. This paper aims to recommend improvement to the initial process in stakeholder engagement in infrastructure which involved the internal preparation of engaging the stakeholder before later stage of consultation take place. Two case studies across New Zealand and Malaysia applies through a comparative qualitative analysis and observations. This research obtained information from project documentation and interviews. Such documents are engagement reports, public engagement report and project documentation. The result from the comparative analysis shows the attributes obtained from two case studies during the initial early preparation process of large/mega infrastructure projects. Lesson learnt derived from these two case studies will adding on the improvement to the stakeholder engagement process for an infrastructure project. The findings provide insight into how the factors of engaging stakeholders and public early and closely, improve transparency of information, and understanding of the design concept would help in improving international early preparation of stakeholder in both projects. The paper provides a point of reference for project owner and project team to assist them in emerging best practices of stakeholder engagement in major infrastructure construction projects.
A Quantitative Study on the Relationship of Building Information Modelling (BIM) Implementation on Job Performance in The Malaysian Public Projects.
Authors: Abd Shukor Ani Saifuza , Rosman Azzri Fazril , Khaderi Shamsida Saidan , Bakri Anis Sazira 
Published: October 2022

Abstract
BIM is a collaborative platform that involves several technologies and tools which transform the construction process from traditional methods into a digital representation. However, the implementation of this technology in Malaysia has faced many issues and challenges, including the productivity and overall project implementation performance. The objective of this research is to determine the relationship of BIM implementation factors on job performance. A total population of 242 professionals which consist of architects, engineers, and quantity surveyors that involved in public project, were chosen using a stratified sampling method and were used as the research sample. Data were collected using the questionnaire method and distributed through Google Form. The research findings from the hierarchical multiple regression found that the four factors studied, namely commitment and knowledge, culture orientation, ICT utilization, and collaborative synergy have a significant positive relationship with job performance. Nonetheless, the research findings are unable to confirm the relationship of the other two variables, which are digital skills and management support. This research has implications for the related theories, professionals in the industry, top management, and other researchers.
Development of Professional Post-graduate Interior Architecture Program for Public University in Malaysia
Authors: Rahman Sarah , Aris Nurul Nabilah , Yaman Rostam , Mustapha Arniatul Aiza 
Published: October 2022

Abstract
This paper aims to present the development of a professional interior architecture program for a post-graduate level at a Public University in Malaysia and fulfil the gap between academic learning and industry requirements. This study aims to instil professional requirements based on the industry stakeholders needs and practices. The methodology used in this study is a content analysis of Accreditation Board requirements, program mapping with MQF 2.0 & future outcomes domain, sustainable development goals, Education 5.0 UiTM and industry survey questionnaires to related stakeholders of industry professionals. The validation of findings was conducted with curriculum experts of the Central Curriculum Committee of the University. The results aim to indicate the requirements stated by policy and act and fulfil the gap between academia and the industry.
Experimental verification of a simulation model of high-speed train aerodynamic impact on railway infrastructure
Authors: Labutin N A , Benin A V , Diachenko L K 
Published: October 2022

Abstract
The article shows the results of an experimental measurement of the air pressure change occurring due to the passing of an electric high-speed train. These data are then used to verify the elaborated simulation model of a high-speed train aerodynamic impact on the infrastructure facilities. According to the outcomes of research, the proposed model is quite reliable and suitable for further application.
The carbon dioxide generation rate from burning of candle and its effect on room ventilation
Authors: Kapalo P , Eštoková A , Voznyak O 
Published: October 2022

Abstract
In construction, the emphasis is currently on high energy efficiency of buildings. A ventilation system ensuring the indoor air quality has a significant share of energy consumption in buildings. Open fire sources, such as gas stoves and candles result in the air pollution in the indoor environment that causes more intensively operation of ventilation systems. The aim of this research is to quantify the pollutants arising from the burning of a randomly selected wax candle that commonly is used in households. Experimental measurements were performed with a special regard to carbon dioxide (CO2) production. The weight loss of the wax during the burning of the candle was has been measured and subsequently the production of CO2 was estimated using a chemical formula. Based on the amount of CO2 produced, the intensity of air exchange using ventilation system has been calculated to achieve the required quality of the indoor environment. The calculated air volume flow rate required to remove the pollutants generated during the burning of the candle is in this case approximately 54% of the air volume flow required per one person.
Long term accumulation of heat energy from the sun
Authors: Gorás M , Domanický J , Vranay F 
Published: October 2022

Abstract
The source of hot water production for the investigated storage tanks are solar collectors. Solar collectors provide recharging of underground storage tanks all year round. Due to the large active area of solar collectors - 225 m2, there are also large tanks for long-term accumulation. Accumulation tanks are in 3 sizes with a total volume of 160 m3. With regard to the size of the tanks, the mode is switched between the tanks according to the season. The tanks are made of a reinforced concrete packaging structure and are stored under the terrain of the Center of Research anf Innovation in Construction (CVIS laboratory).
Experimental determination of dynamic modulus of elasticity of concrete with ultrasonic pulse velocity method and ultrasonic pulse echo method
Authors: Ivanchev I 
Published: October 2022

Abstract
In this article are presented the author's experimental studies for determining the dynamic modulus of elasticity of concrete in tests of reinforced concrete beams at the age of concrete 1926 days. For two years the reinforced concrete elements were indoors, and for the next more than three years they were left outdoors, exposed to external atmospheric influences. The results of the measured velocities of P-longitudinal and S-transverse waves generated by piezoelectric transducers are presented. The research used a combination of two modern non-destructive methods in the study of concrete - ultrasonic pulse velocity and ultrasonic pulse echo. The dynamic Poisson's ratio and the dynamic modulus of elasticity of concrete are determined on the basis of the measured velocities of the longitudinal and transverse waves. The measurements were made respectively by means of portable instruments Proceq Tico and Pundit Live Array Pro of the company Proceq. The obtained results are compared with the theoretically calculated modulus of elasticity according to BDS EN 1992-1-1:2005/NA:2015.
Design and Evaluation of Building Structures Planned for Harsh Conditions
Authors: Katunský D , Dolníková E , Lopušniak M , Vertaľ M , Baroš T , Hutkai K , Jaroš P , Kabošová L , Katunská J , Karla V , Zozulák M 
Published: October 2022

Abstract
The paper describes a scientific project that is solved at the authors' workplace. The scope of the project is the analysis and experimental research of fragments and details of building envelope structures designed for demanding conditions. It will be a question of determining the physical properties (thermal, humidity, energy, aerodynamic, light and other) of building structures and the internal environment of buildings, for demanding conditions. In this case, it is the conditions in the design process - the assumption of environmental conditions (climatic conditions of the exterior, conditions of the interior, such as humidity), or the effect of other conditions in the implementation and use of the building. Measurements will be performed in buildings (in situ) and in experimental conditions in the laboratory. After verifying the boundary conditions, the tools leading to virtual reality will be used in the compilation of experimental models with the help of simulation programs for the effects of individual influences. The task of the project is to analyze these influences and solve them in mutual cooperation, i.e. in the interconnection and action of individual influences (heat, light, energy and others).
Evaluation of daylight comfort in industrial building
Authors: Dolnikova E , Katunsky D , Lopusniak M 
Published: October 2022

Abstract
Industrial halls have a very high energy consumption due to existing production processes, heating, cooling, lighting. To reduce energy consumption, it is necessary to make a number of technical modifications to the structure itself, or the interior. The industrial sector is one of the largest consumers of energy. One way to save energy is to take advantage of daylight. Natural daylight is an important part of our daily lives at home and at work. Providing natural daylight to the work environment is essential for the personal well-being, work efficiency and safety of the users of this environment. This paper deals with the evaluation of visual comfort in an industrial hall. Visual well-being is assessed on the basis of physical calculations. These were implemented by the RADIANCE simulation program. The lighting calculation was performed for both the cloudy sky and the clear sky. The program also qualified and quantified the brightness distribution. Potential sources of glare have also been identified.