Search results

Due to the weaknesses of the traditional methods and advances in science, using currently new technologies such as building information modeling (BIM) for the restoration and revival of historical monuments is considered a novel solution. This study addresses how computer science in BIM can contribute significantly to the restoration and improvement of the cultural heritage.

This study addresses how computer science in BIM can contribute significantly to the restoration and improvement of the cultural heritage.

Also, it assesses through this application, the capabilities of current software's in developing with the use of photogrammetry an accurate geometrical models for the minaret with its elements are linked to databases carrying information related to the minaret texture, historical identity and decoration. Finally, it shows the importance of this model to support experts in case of future restoration and conservation to the minaret.

The research describes the process of regenerating and documenting the motifs of the historical Choli minaret in Erbil. It explains the steps followed for full application of the historical buildings information modeling (HBIM) to this minaret.

The main aim of this study is to identify the prevailing design trends in contemporary mosques in northern cities of the United Arab Emirates (UAE). It highlights the key elements and features to categorize mosques.

Based on the literature review, four major stylistic expressions were identified, which formed the theoretical basis for a survey conducted to study 50 mosques in each of the four northern cities: Sharjah, Ajman, Umm Al Quwain and Ras Al Khaimah. The 200 visited mosques were investigated and analyzed based on the four categories. The comparison between these mosques enabled the author to identify the key elements and features that can be adopted in classifying mosques in relation to the four main trends.

The study reveals that there is a strong attachment with local historic styles. In total, 86% of the mosques follow traditional and historic styles. While 74% of Sharjah mosques follow historicism, 64–72% in the other cities adopt local traditional. Almost all investigated mosques follow one layout, but with diverse stylistic expressions. Some major elements are common among all mosques, while other minor elements are found in all congregational mosques. The study identified key indicators that can be used to help classifying mosques in other cities and countries.

This is the first study to categorize mosques in the UAE. There are few studies on mosques in Sharjah and Ajman, focusing on typology and sustainability, with less emphasis on styles. The results of this study can be considered by architects as well as by authorities. It can also be used as a reference for other studies.

Political parties and marketers have for centuries employed visuals as effective means of conveying their messages. Yet surprisingly, little has been written on the evident interplay between the visual rhetoric of political campaigns and destination image. Influenced by Foucault’s notion of subjectivity and drawing on critical discourse analysis, this chapter analyzes the visual rhetoric of the radical right-wing Swiss People’s Party campaign posters in order to explore the relationship between political rhetoric and destination image. It is concluded that while this image of Switzerland may be negatively influenced by the rhetoric of the party, the reflex of the state may inadvertently perpetuate cultural fundamentalism and exclusion.

This case study details the evolution of descriptive practices and standards used in the Mount Holyoke College Archives and the Five College Finding Aids Access Project, discusses the relationship of Encoded Archival Description (EAD) and the MARC standard in reference to archival description, and addresses the challenges and opportunities of transferring data from one metadata standard to another. The study demonstrates that greater standardization in archival description allows archivists to respond more effectively to technological change.

This study evaluates the architectural status of circular prototype mosques in Kuwait. The argument is that the once dominant and powerful image of mosques is now merely a repetitive reproduction through the prototype scheme. The study focuses on the circular prototype design, which has been constructed in many of Kuwait's recent residential areas. It evaluates qualitatively the worshipers' experiences of these mosques.

The research methodology is qualitative. The main question is how well the circular prototype mosques are received by worshipers and local communities. Various research methods were used, including walk-through survey and group interview with worshipers and semi-structured interview with key informants in Public Authority for Housing Welfare and Ministry of Awqaf and Islamic Affairs. Purposive sampling was chosen to select for key informants. Time-location sampling was selected for worshipers' group interview.

Circular prototype presents several weaknesses. The community did not receive the circular design well as it deviates from the traditional and modern rectangular mosque design prevalent in Kuwait. This research highlights the importance of considering traditional design principles, community preferences and functional requirements while designing a mosque. It also emphasizes the need for an extensive evaluation of prototype designs to identify potential weaknesses before proceeding with the final design.

It is recommended that future mosque design projects in Kuwait consider traditional design principles; community preferences; and financial, functional and sustainability requirements. In addition, the findings of this study can be used to inform future mosque design projects in Kuwait and to ensure that they are functional, cost-effective and well received by the community.

This research provides an informative and comprehensive analysis of Kuwait's prototype mosque designs from the 1950s to the present day. It focuses on the current circular prototype, critically examining its advantages and disadvantages. This research is the first to evaluate the history and design improvements over the years. As such, this research offers invaluable information to those interested in Kuwait's religious architecture and cultural history.

Laser scanning technique is used to measure and model objects using point cloud data generated laser pulses. Conventional techniques to construct 3D models are time consuming, costly and need more manpower. The purpose of this paper is to assess the 3D model of the Sultan Salahuddin Abdul Aziz Shah Mosque’s main dome using a terrestrial laser scanner.

A laser scanner works through line of sight, which indicates that multiple scans need to be taken from a different view to ensure a complete data set. Targets must spread in all directions, and targets should be placed on fixed structures and flat surfaces for the normal scan and fine scan. After the scanning operation, point cloud data from the laser scanner were cleaned and registered before a 3D model could be developed.

As a result, the reconstruction of the 3D model was successfully developed. The samples are based on the triangle dimension, curve line, horizontal dimension and vertical dimension at the dome. The standard deviation and accuracy are calculated based on the comparison of the 21 samples taken between the high-resolution and low-resolution scanning data.

There are many ways to develop the 3D model and based on this study, the less complex ways also produce the best result. The authors implement the different types of dimensions for the 3D model assessment, which have not yet been considered in the past.

Khiva is a UNESCO World Heritage site with ancient mudbrick buildings and a complete city wall. These are threatened from below by water and salt, and we seek to understand how the deterioration is happening and can be stopped. We have done investigations in the subsoil over several years to determine that destruction is caused by waterlogging, shifts in the ground, termites, and other damage. The damage has been caused by agricultural practices, especially leaky irrigation systems. Some of Khiva's buildings are becoming structurally unsound from water damage. Our studies at several sites confirm that water diversion will be necessary to prevent further infiltration of salt and water. Khiva's legacy is contained in the ancient buildings which are an important part of Silk Road history. Our research contributes to the understanding how to protect mudbrick buildings from environmental factors and deformation processes.

The purpose of this paper (Part 1 of 2) is to develop a systematic performance assessment model (PAM) for measuring facilities condition in terms of physical, environmental and operational impacts on performance.

The methodology entailed a review of literature to identify performance impacting factors (PIFs) of a facility. PIFs were categorized as physical, environmental and operational. Subsequently, 71 experts were interviewed to prioritize the identified PIFs in terms of their impact on facility performance via analytical hierarchy process (AHP) technique. A second round of interviews with 11 experts was conducted to set a utility scoring mechanism for the PIFs via multiattribute utility theory (MAUT) technique, the utility score in correlation to a set scale would describe the level of service(LoS). Finally, AHP and MAUT outputs were mathematically integrated to determine the final condition rating index of all PIFs and the whole facility as a result.

First, PIFs of a case study mosque facility under three scenarios with different groupings of functional spaces were defined. Functional spaces’ prioritization was as follows: prayer hall (57%–65%), wet areas (25%–26%), minaret (9%–10%), and yard/site (7%–8%). Subsequently, each space’s PIFs and its subcategories were assigned weights as well, the first level of PIFs’ relative weights was as follows: physical (68%–73%), operational (19%–20%) and environmental (7%–13%). Physical PIFs weights differed per functional space but structural factor dominated with (38%–71%) relative weight except for the yard/site. Finally, a detailed condition evaluation mechanism for each PIF was defined.

This study contributes to facilities management industry and offers a systematic approach encompassing multiple PIFs that will regulate inspection then maintenance through desired corrective actions by facility managers to achieve desired LoS.

The film was a revelation to me because I was not aware of any visual record of such a culture in pre-independence Brunei. Until I saw the film, my impressions of Bruneian culture came mostly from hearsay and oral history […] to put it bluntly, Gema Dari Menara is not a very good film at all, but is nonetheless a time capsule of Brunei’s lost pop history.

Gema Dari Menara/ Echoes from the Minaret: A Conversation with Mervin Espina about the Lost Cinema of Brunei (Espina, 2013: 70)

Web‐based document management applications serve to store, organize, and manage a collection of documents within the context of a building project. The organization of documents, using mechanisms for indexing and relating these, aims to build an information structure that supports effective searching and browsing. We present a methodology for a stronger integration of project documents of different formats into a rich, highly interrelated, information structure. Specifically, we propose a decomposition of project documents by content in relation to a semantic structure for the categorization of document components. We consider a notion of typologies from architecture as a guide for constructing such a semantic structure. We discuss the application of this methodology to building projects, and propose its use in Web‐based document management applications in the AEC industry. As an illustration of this methodology, we describe a prototype application, as a presentation tool for architectural analyses in an educational context.