published_or_final_version / Urban Planning and Design / Master / Master of Urban Design

Transit joint development (TJD) is a specific component of transit-oriented development (TOD) characterized most commonly by a collaborative development relationship between transit agencies and private developers. A spatial evaluation of public and private properties within TOD station areas offers a valuable and unique point of view to examine the association between transit agencies, local government and private developers. The link between transit space including entrances, exits, lobbies, direct connections, multi-modal integration and immediately adjacent private property is essential to the success of TOD. This report offers insight and analysis concerning the spatial interface and access between public and private properties within the station area from a multimodal standpoint in an effort to evaluate the conditions that promote optimal pedestrian connectivity in harmony with the presence of the automobile and other motorized forms of transportation. Within this report a station area spatial interface - access typology is introduced, which captures the various interfaces between public and private properties at transit station areas from a multimodal perspective. The Dallas Area Rapid Transit (DART) rail system was the model for this typology To better understand the spatial relationship between these principal TOD players, an evaluation of the factors that affect the physical composition of TOD - TJD station areas is also conducted. These factors include site limitations and opportunities, financial arrangements, and land use regulatory policy. / text

Influence of built environment on travel behavior has been recognized by several studies in last decade (Cervero 2003, 2004, Ewing at al 2003 and etc.). Easy access to the transit station and mixed land use has been largely emphasized by New Urbanist because of its influence on transit ridership and reduction of vehicle mile travel. However, empirical evidence that proximity of residential location to the transit station or mixed land use reduces auto dependency and encourages transit ridership has been lack for Chicago metropolitan region in spite of its long history of transit development. This study uses 2007 Chicago metropolitan region travel tracking study data and travel characteristics of residents living within walkable distance from the CAT or METRA rail station in Chicago Metropolitan region was analyzed in comparison with those of residents living beyond walkable distance from the rail station in order to find any difference in socio-demographic characteristics and travel characteristics. In general, households located within walkable distance (a quarter mile for this study) from the rail station are more likely to be low income households, to reside in a multifamily rental housing. Residents living within walkable distance show higher portion of African American or Asian proportion, of smaller-sized households (a single member household or childless household). They are likely to own fewer cars than residents living far from the rail station. With this observation of some difference in sociodemographic and travel characteristics between two groups, probability of transit use and rail use in a relationship with home location and job location were tested using binary logistic model. The result indicates that the number of household vehicles per person in the household influences negatively on residential location. The more available household cars per person, the less likely it is that a household is located within walkable distance from the rail station. Work location was also an important factor for transit or rail use. This provides evidence that providing mixed land use where jobs and housing are all provided within walkable distance from the transit station can increase transit use and reduces auto-dependency that current American society is facing severely. / text

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Thesis (PhD (Civil Engineering))--University of Stellenbosch, 1998. / 147 leaves single sided printed, preliminary pages i-v and numbered pages 1-1 to 8-8. Includes bibliography,list of figures and tables. Digitized using a Hp Scanjet 8250 Scanner to pdf format (OCR). / ENGLISH ABSTRACT: The dissertation describes the functions of bus and minibus taxi terminals and transfer facilities. Planning, design and evaluation guidelines are proposed. These proposals are aimed at the following aspects: the geometric features and functional layout of facilities in order to enhance the effective usage thereof by passengers, as well as the smooth flow of vehicles; the location of facilities and traffic control arrangements, which take cognisance of effective traffic flow as well as acceptable walking distance by commuters; and an evaluation methodology which addresses allocative efficiency from an economic viewpoint, supplemented by analysis guidelines which consider distributive efficiency from a viewpoint of equitable distribution of welfare. It is explained how benefits for travellers, the transit operator and the subsidizing authority, and the opportunity costs of supplying the facility can be determined. A model is proposed whereby the non-monetary component of generalised travel costs can be estimated. The use of economic evaluation techniques for the selection and prioritisation of projects is detailed. This is supplemented by an example of an economic evaluation of a proposed bus/minibus taxi terminal. Subsequently it is examined how the design and effectiveness of a real world passenger transport terminal could be affected by the use of the guidelines proposed in the dissertation. The dissertation, lastly, deals with welfare distribution and the more equitable community accessibility and mobility which can be brought about by the creation and use of passenger transport terminals and transfer facilities. Also discussed is the accommodation of welfare distribution with an economic evaluation as a means of achieving greater equity or fairness and the ways in which this can be done. / AFRIKANSE OPSOMMING: Die proefskrif beskryf die funksies van bus- en minibustaxivervoereindpunte en oorstapfasiliteite. Beplannings-, ontwerp- en evalueringsriglyne word voorgestel. Die voorsteUe is gerig op die volgende aspekte: (1) Die geometriese en funksionele uitieg om die doeltreffende gebruik deur passasiers en vloei van voertuie te bevorder; (2) fasiliteitplasing en verkeersbeheermaatreels wat vlot voertuigbeweging sowel as aanvaarbare stapafstand in ag neem; en (3) 'n evalueringsmetodologie wat toewysingsdoeltreffendheid vanuit 'n ekonomiese oogpunt en verdelingsdoeltreffendheid vanuit 'n billike welvaartsverdelingsoogpunt in ag neem. Dit word verduidelik hoe voordele vir reisigers, die transit-operateur en die subsidierende owerheid, en die geleentheidskoste van fasiliteitsvoorsiening bepaal kan word. 'n Model word voorgestel waarvolgens die nie-monetere gedeelte van veralgemeende reiskoste beraam kan word. Die gebruik van ekonomiese evalueringstegnieke vir die keuse en prioritisering van projekte word verskaf. Dit word aangevul met 'n voorbeeld van 'n ekonomiese evaluering van 'n voorgestelde bus/minibustaxi-eindpunt. Vervolgens word dit ondersoek hoe die ontwerp en doeltreffendheid van 'n werklike passasiervervoereindpunt deur die gebruik van die voorgestelde riglyne beinvloed kan word. Ten slotte word welvaartverdeling en die groter toeganklikheid en beweeglikheid behandel wat binne 'n gemeenskap geskep kan word deur die voorsiening en gebruik van passasiersvervoereindpunte en oorstapfasiliteite. Dit word bespreek hoe 'n ekonomiese evaluering aangepas kan word as 'n maatreel om billikheid te bevorder.

Thesis (M.S./M.C.R.P.)--California Polytechnic State University, 2009. / Mode of access: Internet. Title from PDF title page; viewed on Jan. 11, 2010. Major professor: Dr. Cornelius Nuworsoo. "Presented to the faculty of California Polytechnic State University, San Luis Obispo." "In partial fulfillment of the requirements for the degrees [of] Master of Science in Engineering/Master of City and Regional Planning (Transportation Planning Specialization)." Includes bibliographical references (p. 194-196).

Cheng Ho Kei Matthew. / "Architecture Department, Chinese University of Hong Kong, Master of Architecture Programme 1997-98, design report." / Chapter PART I --- INTRODUCTION --- p.P.5 / Chapter - --- personal design objective --- p.P.6 / Chapter - --- the subject --- p.P.7 / Chapter - --- the clients & users --- p.P.8 / Chapter - --- the site & context --- p.P.8 / Chapter PART II --- PROJECT ANALYSIS --- p.P.10 / Chapter - --- subject analysis --- p.P.11 / Chapter - --- client / user. analysis --- p.P.18 / Chapter - --- site / context analysis --- p.P.25 / Chapter PART III --- PROJECT FORMATION --- p.P.32 / Chapter - --- mission --- p.P.33 / Chapter - --- design strategy --- p.P.34 / Chapter - --- design development --- p.P.36 / Chapter PART IV --- FINAL PROJECT --- p.P.45 / Chapter - --- final design --- p.P.46 / Chapter - --- conclusion --- p.P.58 / Chapter PART V --- FINAL PRESENTATION --- p.P.59 / Chapter - --- final presentation panels --- p.P.60 / APPENDIX --- p.P.61 / Chapter '-i. --- "/project planning, finance & fee estimations (12-1997)" --- p.P.62 / Chapter -ii. --- /programming report (12-1997) --- p.P.63

Chu Pak Lin, Parry. / "Architecture Department, Chinese University of Hong Kong, Master of Architecture Programme 2006-2007, design report." / Chapter 1.0 --- Thesis Statement / Chapter 2.0 --- Background Information / Chapter 3.0 --- Architectural Issues of MTR Station & Underground Space / Chapter 4.0 --- Research & Approaches / Chapter 5.0 --- Site Studies / Chapter 6.0 --- The Design

A mixed integer optimization model is developed to determine both the optimal location of transit centres to serve BC Transit's Lower Mainland route network and the optimal allocation of buses to those centres. The existing five transit centres are explored as well as five candidate facilities. The model considers nonrevenue transportation cost (deadhead), capital cost of constructing candidate transit centres and the salvage values of existing centres. A linear regression is generated to produce the travel times from the terminus of a route to potential transit centre locations. The optimal solution is determined, resulting in potential annual savings of over $560,000 compared to the current location-allocation strategy. Various experiments are performed to examine the sensitivity of model parameters and to determine the effect of different planning scenarios. The effect of the optimal solution on driver relief is considered. Conclusions as well as directions for further research are offered.