Vol. 1 transcript of record. Supreme court of the United States. No. 492. October term, 1916. Oregon & California Railroad Company et al., petitioners, vs. the United States. On writ of certiorari to the United States circuit court of appeals for the ninth circuit. Petition for cetiorari filed October 20, 1916. Certiorari granted November 6, 1916. (25,313).

Mode of access: Internet.

Annual Report of the Directors of the St. Johnsbury and Lake Champlain Railroad Company to the Stockholders

Mode of access: Internet.

The station agent : official publication of the Order of Railroad Station Agents.

Mode of access: Internet.

Railroad Accident Investigation

Title Varies: Investigation In the Matter of Making Accident Investigation Reports; Report In the Matter of Making Accident Investigation Reports

Official Proceedings of the New York Railroad Club

-May 1900 Have Title: Proceedings

On a railroad to nowhere: Irmgard Keun's 'D-Zug Dritter Klasse'

D-Zug dritter Klasse, the second novel Irmgard Keun published in exile from Nazi Germany, describes seven passengers on a Berlin-Paris express in 1937. Although it begins like a wide-ranging narrative of persecution and emigration, many of the passengers' stories develop in non-political, inconsequential, and downright farcical directions, a shift which scholars have struggled to explain. This article suggests that D-Zug is a novel of emigration in a personal and literary sense, interpreting the narrative's erratic trajectory as a conscious expression of Keun's fear that her continuing exile could stifle her political effectiveness and professional abilities as an antifascist author.

The river, the railroad tracks, and the towers: How residents' worldview and use value transformed Wilton Manors into a diverse, gay-friendly, urban village

This case study examines the factors that shaped the identity and landscape of a small island-urban-village between the north and south forks of the Middle River and north of an urban area in Broward County, Florida. The purpose of the study is to understand how Wilton Manors was transformed from a “whites only” enclave to the contemporary upscale, diverse, and third gayest city in the U.S. by positing that a dichotomy for urban places exists between their exchange value as seen by Logan and Molotch and the use value produced through everyday activity according to Lefebvre. Qualitative methods were used to gather evidence for reaching conclusions about the relationship among the worldview of residents, the tension between exchange value and use value in the restructuration of the city, and the transformation of Wilton Manors at the end of the 1990s. Semi-structured, in-depth interviews were conducted with 21 contemporary participants. In addition, thirteen taped CDs of selected members of founding families, previously taped in the 1970s, were analyzed using a grounded theory approach. My findings indicate that Wilton Manors’ residents share a common worldview which incorporates social inclusion as a use value, and individual agency in the community. This shared worldview can be traced to selected city pioneers whose civic mindedness helped shape city identity and laid the foundation for future restructuration. Currently, residents’ quality of life reflected in the city’s use value is more significant than exchange value as a primary force in the decisions that are made about the city’s development. With innovative ideas, buildings emulating the new urban mixed-use design, and a reputation as the third gayest city in the United States, Wilton Manors reflects a worldview where residents protect use value as primary over market value in the decisions they make that shape their city but not without contestation.^

Drivers' Behavior at Railroad Grade Crossings: Before and After Safety Campaign, HR-335, Survey Data Summaries, 1992

Summaries of the data gathered for this project.

Analyse sémiologique et interprétation historico-idéologique de la "Railroad Builging Story", un sous-genre du western classique américain (1924-1962)

Notre mémoire se penche sur un corpus de films spécifique; il s’agit des westerns américains racontant la construction d’un chemin de fer. Nous traitons ces films comme un sous-genre du western que nous intitulons Railroad Building Story. Est proposé dans notre étude que la structure narrative étant à la base de tous les récits du sous-genre provient d’une idéalisation des faits historiques entourant la construction du premier chemin de fer transcontinental aux États-Unis. Dans le premier chapitre, nous présentons une adaptation de la méthode d’analyse de Vladimir Propp, telle que présentée dans la Morphologie du conte, dans le but d’identifier la structure narrative stable des films du corpus et d’en décrire les unités narratives constantes. L’application de la méthode est effectuée dans le second chapitre, où chacune des unités narratives constantes est expliquée. De plus, nous confrontons ces unités narratives à l’histoire du chemin de fer transcontinental afin d’analyser les rapports idéologiques existant entre ces récits fictionnels et leur référent historique. Cette description sémionarrative et historique de la Railroad Building Story met en évidence sa fonction idéologique permanente en tant que mythe cinématographique du chemin de fer américain. Dans le troisième chapitre, les films sont analysés d’après leur contexte sociohistorique de production. Le chapitre est divisé selon les quatre périodes historiques dans lesquels les films du sous-genre furent réalisés, soit les années 1920, la Grande Dépression, l’ère maccarthyste et le début des années 1960. En analysant les films d’après une approche sociocritique, nous démontrons comment ceux-ci traduisent des préoccupations idéologiques liées au climat social de la nation américaine. Nous expliquons donc comment le mythe du chemin de fer américain se voit réapproprié à chaque période historique, et ce, afin de répondre aux exigences idéologiques contemporaines à la production des films de la Railroad Building Story.

Scheduling of track inspection and maintenance activities in railroad networks

The U.S. railroad companies spend billions of dollars every year on railroad track maintenance in order to ensure safety and operational efficiency of their railroad networks. Besides maintenance costs, other costs such as train accident costs, train and shipment delay costs and rolling stock maintenance costs are also closely related to track maintenance activities. Optimizing the track maintenance process on the extensive railroad networks is a very complex problem with major cost implications. Currently, the decision making process for track maintenance planning is largely manual and primarily relies on the knowledge and judgment of experts. There is considerable potential to improve the process by using operations research techniques to develop solutions to the optimization problems on track maintenance. In this dissertation study, we propose a range of mathematical models and solution algorithms for three network-level scheduling problems on track maintenance: track inspection scheduling problem (TISP), production team scheduling problem (PTSP) and job-to-project clustering problem (JTPCP). TISP involves a set of inspection teams which travel over the railroad network to identify track defects. It is a large-scale routing and scheduling problem where thousands of tasks are to be scheduled subject to many difficult side constraints such as periodicity constraints and discrete working time constraints. A vehicle routing problem formulation was proposed for TISP, and a customized heuristic algorithm was developed to solve the model. The algorithm iteratively applies a constructive heuristic and a local search algorithm in an incremental scheduling horizon framework. The proposed model and algorithm have been adopted by a Class I railroad in its decision making process. Real-world case studies show the proposed approach outperforms the manual approach in short-term scheduling and can be used to conduct long-term what-if analyses to yield managerial insights. PTSP schedules capital track maintenance projects, which are the largest track maintenance activities and account for the majority of railroad capital spending. A time-space network model was proposed to formulate PTSP. More than ten types of side constraints were considered in the model, including very complex constraints such as mutual exclusion constraints and consecution constraints. A multiple neighborhood search algorithm, including a decomposition and restriction search and a block-interchange search, was developed to solve the model. Various performance enhancement techniques, such as data reduction, augmented cost function and subproblem prioritization, were developed to improve the algorithm. The proposed approach has been adopted by a Class I railroad for two years. Our numerical results show the model solutions are able to satisfy all hard constraints and most soft constraints. Compared with the existing manual procedure, the proposed approach is able to bring significant cost savings and operational efficiency improvement. JTPCP is an intermediate problem between TISP and PTSP. It focuses on clustering thousands of capital track maintenance jobs (based on the defects identified in track inspection) into projects so that the projects can be scheduled in PTSP. A vehicle routing problem based model and a multiple-step heuristic algorithm were developed to solve this problem. Various side constraints such as mutual exclusion constraints and rounding constraints were considered. The proposed approach has been applied in practice and has shown good performance in both solution quality and efficiency.

Social security and railroad retirement enactments in the 97th Congress within jurisdiction of the Committee on Ways and Means : Omnibus Budget Reconciliation Act and Economic Recovery Tax Act of 1981 /

At head of title: 97th Congress, 1st session. Committee print. WMCP: 97-15.

Quincy and Torch Lake Railroad engine house facility management and interpretive plan

The “Quincy & Torch Lake Railroad Engine House Facility Management and Interpretive Plan" was designed to serve as a guide to aid the Quincy Mine Hoist Association in their efforts to restore and interpret historic railroad resources under their stewardship. Early searches for existing management and interpretive plans demonstrated that similar plans were primarily produced by the National Park Service and were intended to guide large scale heritage sites that consist of a variety of cultural resources. This project adapts concepts found in those large scale management and interpretive site plans, to guide small scale site management, restoration, and interpretive projects. The document presents a three stage, second phase restoration process. Each stage of development is guided by a series of management and interpretive goals and objectives which were set for the engine house facility.

An integrated rail track degradation model

There has been a worldwide trend to increase axle loads and train speeds. This means that railway track degradation will be accelerated, and track maintenance costs will be increased significantly. There is a need to investigate the consequences of increasing traffic load. The aim of the research is to develop a model for the analysis of physical degradation of railway tracks in response to changes in traffic parameters, especially increased axle loads and train speeds. This research has developed an integrated track degradation model (ITDM) by integrating several models into a comprehensive framework. Mechanistic relationships for track degradation hav~ ?een used wherever possible in each of the models contained in ITDM. This overcc:mes the deficiency of the traditional statistical track models which rely heavily on historical degradation data, which is generally not available in many railway systems. In addition statistical models lack the flexibility of incorporating future changes in traffic patterns or maintenance practices. The research starts with reviewing railway track related studies both in Australia and overseas to develop a comprehensive understanding of track performance under various traffic conditions. Existing railway related models are then examined for their suitability for track degradation analysis for Australian situations. The ITDM model is subsequently developed by modifying suitable existing models, and developing new models where necessary. The ITDM model contains four interrelated submodels for rails, sleepers, ballast and subgrade, and track modulus. The rail submodel is for rail wear analysis and is developed from a theoretical concept. The sleeper submodel is for timber sleepers damage prediction. The submodel is developed by modifying and extending an existing model developed elsewhere. The submodel has also incorporated an analysis for the likelihood of concrete sleeper cracking. The ballast and subgrade submodel is evolved from a concept developed in the USA. Substantial modifications and improvements have been made. The track modulus submodel is developed from a conceptual method. Corrections for more global track conditions have been made. The integration of these submodels into one comprehensive package has enabled the interaction between individual track components to be taken into account. This is done by calculating wheel load distribution with time and updating track conditions periodically in the process of track degradation simulation. A Windows-based computer program ~ssociated with ITDM has also been developed. The program enables the user to carry out analysis of degradation of individual track components and to investigate the inter relationships between these track components and their deterioration. The successful implementation of this research has provided essential information for prediction of increased maintenance as a consequence of railway trackdegradation. The model, having been presented at various conferences and seminars, has attracted wide interest. It is anticipated that the model will be put into practical use among Australian railways, enabling track maintenance planning to be optimized and potentially saving Australian railway systems millions of dollars in operating costs.