Arrangement Plan of Inner Mongolia Buddhist Temple

Since BC, the construction of cities has been started in the Mongolian Plateau with the establishment of dynasties, but many were turned into ruins. However, the Tibetan Buddhist temples built after the 16th century, which are an indispensable element in the process of settling the Mongolians from nomadic life, have been relatively well preserved in Inner Mongolia. These temples have been thought to be the epitome of the Mongolian economy, culture, art, and construction technology. Therefore, it has a great significance to research them systematically. Interestingly, these temples in Mongolia were originated from Inner Mongolia, which is located on the south side of Mongolia. The architectural design of these temples has been primarily influenced by Chinese and Tibetan temple architecture, suggesting that the temples appear to be considered a vital sample for studying temple architecture in Mongolia or East Asia. So far, there is still no study systematically on temple architecture in Inner Mongolia. Therefore, this research aims to study the arrangement plan of Inner Mongolian Tibetan Buddhist temples, which is the most important factor to consider in the first stage of temple construction.

Application of a Thermal Performance-Based Model to Prediction Energy Consumption for Heating of Single-Family Residential Buildings

Energy consumption for heating of single-family residential buildings is a basic item in energy balance and significantly affects their operating costs. Accuracy of heat consumption assessment in existing buildings to a large extent determines the decision on taking actions aimed at heat consumption rationalization, both at the level of a single building and at regional or national level. In the case of energy calculations for the existing buildings, a problem often arises in the form of lack of complete architectural and construction documentation of the analyzed objects. Therefore, there is a need to search for methods that will be suitable for rapid energy analysis in existing buildings. These methods should give satisfactory results in predicting energy consumption when there is limited access to data characterizing the building. Therefore, the aim of this study was to check the usefulness of a model based on thermal characteristics for estimating energy consumption for heating in single-family residential buildings. The research was conducted on a group of 84 buildings, for which the energy characteristics were determined based on the actual energy consumption. In addition, information was collected on variables describing these buildings in terms of construction technology and building geometry, from which the following were extracted for further calculations: cubic capacity, heated area, and year of construction. This made it possible to build a prediction model, which enables the application of a fast, relatively simple procedure of estimating the final energy demand index for heating buildings. The resulting calculations were compared with actual values (calculated from energy bills) and then evaluated according to the standards for evaluating model quality proposed by the American Society of Heating, Refrigerating, and Air-Conditioning Engineers (ASHRAE). In this way, it was possible to determine whether, in the absence of building documents, the indicative method gives good results when estimating the energy demand for heating single-family residential buildings.

Climate Adaptation and Indoor Comfort Improvement Strategies for Buildings in High-Cold Regions: Empirical Study from Ganzi Region, China

The improvement of building and living conditions in high-cold areas has always been an issue worthy of attention, but there is currently no research using field survey data for evaluation. The Ganzi region, based in the western plateau of China, is a typical example for such a study. Restricted by factors such as natural conditions and economic level, the winter indoor thermal environment of western plateau houses is generally poor. Taking the new residential houses in the Ganzi region as a case study, the authors of this paper conducted field research and analyses. First, the authors analyzed the construction technology and functional layout of the building through thermal environment testing and investigation; second, the authors analyzed the user’s activity path according to the production and lifestyle; thirdly, the authors comprehensively evaluated the indoor thermal comfort through questionnaires and a predicated mean vote (PMV)-predicted percentage dissatisfied (PPD) evaluation model. The research results showed that: (1) the construction technology, functional layout, and temperature distribution of the new residential building were consistent with the user’s activity path, which could effectively improve thermal insulation ability and thermal comfort; (2) compared to the developed eastern regions, the users in the building showed a stronger tolerance and wider acceptable temperature range in the extreme climate environment; and (3) under certain cooperative work conditions, an indoor temperature of 10–14 °C could meet basic thermal environment requirements and thus lower the limits of the standards. The author’s method was proven to be more resilient than current standards in dealing with climate change. Therefore, this research can provide a practical reference for the improvement of peoples’ living conditions and sustainable development in cold regions and other harsh areas.

SIGNIFICANCE OF FORESTS IN TRIBAL VERNACULAR ARCHITECTURE: IN CONTEXT TO KHARIA TRIBE IN JHARKHAND,INDIA

Tribal community and their association with nature is deeply rooted. The primitive tribes in India and the world are settled around forests or islands and use their products for their livelihood. The style of architecture, art, culture, beliefs, socio-economic framework is guided by the local environment. As the primitive tribe remain secluded from the urban development and advancement, their beliefs and practices are limited and are based on real time experiences. The availability of resources around the community shapes the type of architectural and cultural practices of the tribe. The forest provides ample resources like wood, fodder, mud, straw, etc. which serves as construction materials, fuel, and source of livelihood for the ethnic community. The article throws light on the influence of forests and its resourceson the vernacular architectural style, the settlement pattern, dwelling units, construction technology and, materials which ultimately responds to the local climate, art, culture, socio-economic framework, and beliefs of the people.

Intrinsic Workforce Diversity and Construction Worker Productivity in Pakistan: Impact of Employee Age and Industry Experience

Worker productivity is critical within construction projects as it is the measure of the rate at which work is performed and, more importantly, helps to know how to motivate them to perform at high levels. This research aimed to examine the impact of employee age and industry experience on the intrinsic workforce diversity factors influencing construction worker productivity. Sieving through the previous research and models and theories of analysis, the intrinsic workforce diversity was modeled into the following set of factors, i.e., income, motivation, psychosocial factors, and technical skills. The data were collected by means of a questionnaire survey and examined for the employees having different ages and experiences using the Mann–Whitney U test through SPSS. The results show that employees of varied ages do not concur over motivation-, psychosocial, and technical skills-related workforce diversity factors, whereas employees of varied industrial experiences are in disagreement over some income and motivation related workforce diversity factors. In order to overcome intrinsic workforce diversity, firm support is direly needed for old and mature employees in terms of financial incentives leading to motivation, less supervised scheduling, opportunities for firm advancement, and reporting back every time work is completed. Furthermore, support is required for young employees who are more susceptible due to psychosocial stresses like unevenly distributed work, communication gaps, and technical skills like knowledge of technological equipment and advancement in construction technology which has reduced the skills of workers.