Railway Architecture: The Great Northern Railway (Ireland) at Dundalk

ABSTRACT

This article is adapted from the dissertation ‘Railway Architecture: The Great Northern Railway (Ireland) at Dundalk’, completed by Siobhan Osgood for the MPhil in Art History: Art + Ireland, where it was awarded a distinction. The study provides an historical analysis in the context of architectural development and broader railway culture in Ireland to provide an interpretation and understanding of the use of polychromatic yellow, red and black brickwork to create a visual identity for railway architecture. The use of accented colours to pick out key features is repeated across a series of buildings, thus creating a distinctive style of ‘brick-branding’. These are most prominent in the town of Dundalk, where the GNRI had its central engineering works at the halfway point on the Dublin to Belfast mainline and at the point where the Irish North line extended west and north. The buildings were each intricately designed by the GNRI's first chief engineer, William Hemingway Mills, a second-generation railway engineer who merged the roles of architect and engineer using an amalgamation of architectural designs from his earlier career in Derby, Scotland, Mexico and Spain. Mills thus created his own ‘Millsian’ style of industrial architectural design.     

北大藏秦水陆里程简“阳”县考辨

北京大学入藏的秦代水陆里程简册中记载秦代有"阳"县存在,关于这一新出现的秦县,前辈学者认为可能是位于今河南省方城县的秦汉"阳城"。然而,从简册中记载的"阳"县下属各乡到其他地区的距离来看,"阳县"不太可能在今方城附近,而更有可能是位于先秦"唐"国故地的"唐"县。其他出土材料所见的"唐"县一般写作"阳",清华简《系年》中还有楚国曾灭"唐(阳)"置县的明确记载。秦代的阳县应该就是继承了楚灭唐国之后所设的阳县。     

“非遗”传承人权利保障机制地方法制评述:兼论“非遗法”的反思与完善

《中华人民共和国非物质文化遗产法》("非遗法")颁布实施以后,我国已就非物质文化遗产(非遗)传承人权利保障相关问题进行地方法制实践。这些地方立法不仅保留了"非遗法"相关规定之精华,同时亦在此基础上进行了创新。这些地方法制的做法不仅具有正当性,还具有诸多亮点和启示。为缓解非遗领域不同位阶法律适用冲突以及平衡、协调非遗传承人权利与义务之间关系,"非遗法"应就非遗传承人权利保障机制等问题进行规定,以最终实现非遗法律体系形式功能与实质功能的统一。     

Institutional Arrangements and the Morphology of Residential Development in the Netherlands,Flanders and North Rhine-Westphalia

Abstract

This article aims to highlight the mechanisms through which institutional arrangements influence the morphology of residential development. By comparing the Netherlands, Flanders and North Rhine-Westphalia, which have quite similar socio-economic and landscape characteristics, it investigates how differences in national institutional environments have contributed to differences in the urban morphology of residential areas. This article fits within a broader institutional “turn” in planning research. While most of these studies focus on how institutions affect the behaviour of actors in the process of planning and development, this article focuses on the physical outcomes of these processes. The institutional analysis of physical outcomes suggests that urban morphology is not only linked to planning systems—the subject of this special issue—but also to housing cultures and property regimes.     

Potential Use of Foamed Mortar (FM) for Thermal Upgrading of Chinese Traditional Hui-Style Residences

The Hui-style residence is an important architectural heritage of China. The hollow wall structures are widely used to build its exterior wall system. However, the thermal performance of the hollow wall is no longer able to meet the new energy-saving and environmental requirement. This article describes a laboratory study of the development of foamed mortar (FM), with the potential for use in thermal upgrading of the Hui-style hollow wall system without dramatically changing its traditional structure. The key early age, physical, mechanical and thermal properties were systematically measured. Two extended models were respectively developed to calculate compressive strength and thermal conductivity, as a function of porosity. Environment chamber test was also employed to investigate the effectiveness of this novel thermal upgrading approach and the results show that filling the voids with FM can effectively improve the overall thermal resistance of the hollow wall system by 44%, which is almost equal to the overall thermal resistance when using the more expensive commercial inorganic stucco system. In addition, the combination of these two methods yielded an overall thermal resistance of 0.701 m²·K/W, which is even higher than 0.67 m²·K/W for the code required in the hot summer/cold winter climate zone.     

International relations and foreign policy in the Australian Journal of Political Science: A review

The Australian Journal of Political Science (AJPS) has evolved from a publication that deliberately relegated articles in international relations (IR) to a secondary status to one that has defined and encouraged leading-edge contributions to that field. This development can be attributed to successive AJPS editorial teams’ realisation that contemporary political problems are increasingly interconnected and that emerging approaches to IR reflect this condition. Several recent and key IR debates that have emerged within the journal’s pages are assigned special attention here: the linking of Australia’s domestic politics to that country’s foreign policy interests and behaviour; in-depth discussions that relate to ongoing trends in the international political economy; critical analysis of national defence and regional security postures; and diverse theoretical perspectives that are increasingly shaping the IR field’s paradigmatic identity. It is concluded that the AJPS is now a leading source of IR thought and discourse.     

Middle Bronze Age Arsenical Copper Alloys in Southern Portugal

In the Iberian Peninsula, the copper metallurgy from the Chalcolithic to the Middle Bronze Age (MBA) was mostly characterized by low arsenic contents. A collection of 53 MBA artefacts from southern Portugal was analysed by micro‐EDXRF, optical microscopy, SEM–EDS and Vickers to investigate the metal composition and manufacture. No technological distinction was found between artefacts from domestic and funerary contexts, which were radiocarbon‐dated to 2000–1500 cal bc . The arsenic contents of almost 100 MBA artefacts from this region, including the above‐mentioned set, have a Gaussian distribution with a high average (3.9 wt% As). Possible explanations are discussed for this distinctive metallurgy at the south‐western end of the Iberian Peninsula.     

Characterization of a Historical Cannonball from the Fortress of San Juan De Ulúa Exposed to a Marine Environment

Metallurgical analyses and chemical characterizations were carried out on historical cannonballs from the Fortress of San Juan de Ulúa, Veracruz, México. Cannonballs dating from the 18th and 19th centuries share metallurgical characteristics similar to those of material coming from a shipment of ammunition found in the wreck of a sunken French ship from the battle of Trafalgar. The analyses show that the base material is grey cast iron with a carbon equivalent of 4.94 and a ferritic–perlitic matrix, in which the high phosphorus content has led to the formation of iron phosphide compounds in conjunction with a homogeneous distribution of carbon graphite flakes of Type C. In addition, corrosion products from samples revealed the presence of various crystalline iron compounds (X‐ray diffraction), mostly highly chlorinated iron compounds identified as akaganeite. X‐ray fluorescence identified various characteristics of the corrosion products as a function of the sampling depth. FT–IR spectroscopy revealed that the main difference between the corrosion products (internal and external) is determined by the number of organic species. Differential scanning calorimetry corroborated that these corrosion products are thermally stable compounds at elevated temperatures.