The document proposes plans for a multi-modal center that includes a railway terminal and surrounding mixed-use development. Key elements include:
1) A railway terminal built along the edges of the block in a Richardson Romanesque architectural style, with human-scale buildings and an open landscape interior.
2) Surrounding development including retail, office, and housing connected by visual axes and a pedestrian-friendly public realm.
3) Connections from the multi-modal center to the nearby Capitol Avenue and historic Lincoln Depot, enhanced with landscape and activities like restaurants.
4) Housing development on the east side connected to existing Genesis housing, with a neighborhood design including shared backyard space.
This document proposes a transit-oriented development plan around a new multi-modal transit center in Springfield, Illinois. The plan focuses on redeveloping eight city blocks within a quarter mile of the proposed transit center. It envisions three main areas: a multi-modal center with bus and rail terminals, mixed-use development, and new housing. The design concepts aim to create an attractive, walkable environment near transit with a mix of uses following the Richardson Romanesque architectural style of Union Station.
This document discusses transit oriented development (TOD). It explains that TOD brings compact, mixed-use development within walking distance of high capacity transit like rail or bus rapid transit. This allows people to access jobs, services, and opportunities with short commutes by walking, biking or public transit rather than personal vehicles. TOD is described as creating more sustainable, livable communities that promote public health and reduce environmental impacts. The document provides examples of Wendel's work on TOD projects and outlines their approach to responsible design focused on connectivity, density, mixed uses and other principles.
Oct. 19 Complete Streets Open House BoardsCityofBoulder
The Transportation Master Plan aims to create a multimodal transportation system that meets sustainability goals and provides more options for walking, biking, and transit. It sets targets of 20% of trips by walking, biking, or transit by 2035. The plan identifies several projects to make streets more accommodating for all users, including improving safety at intersections, adding bicycle facilities, and enhancing pedestrian crossings. Public input helped define transportation priorities and potential projects along major corridors like Arapahoe Avenue and 28th Street to create safer, more accessible routes for all.
Title: Level of Service F for Grade A Streets
Track: Prosper
Format: 90 minute panel
Abstract: Relying solely on Level of Service criteria for street design, which evaluates vehicle congestion, leads to poor outcomes on many of our roadways. LOS F, far from a failure, creates opportunities to reallocate roadway space for more livable street designs. In this session, learn about projects in Cambridge and San Francisco that overcame opposition and generated community support in prioritizing better bicycling and walking over vehicle capacity during the peak hour of travel.
Presenters:
Presenter: Michael Sallaberry San Francisco Municipal Transportation Agency
Co-Presenter: Jeffrey Rosenblum City of Cambridge, MA
The TOD Study presented yesterday looked carefully at land use and transportation patterns, and then suggested the general contours for a reshaped downtown. Six potential development clusters were identified, including: the North Avenue Gateway (between Memorial Circle and I-95), the Central Corridor (between I-95 and the Metro-North tracks), Crossroads (the heart of the downtown, near the intersection of Huguenot and North), the West Gateway (where Huguenot and Main meet near Pintard), the East Gateway (around Echo Bay and Faneuil Park), and the I-95 Gateway (near the end of Palmer Avenue.)
This document discusses best practices in transit oriented development through six case studies: The Bridges in Calgary, Alberta; Fruitvale Village in Oakland, California; Mission Meridian Village in South Pasadena, California; and Clarendon Metro Station in Arlington, Virginia. It outlines key elements of the projects, which commonly include mixed-use and higher density development concentrated near transit stations, with densities decreasing farther out. Design guidelines aim to make the areas pedestrian-friendly while blending with surrounding neighborhoods. Common urban design themes are also outlined.
Modern roundabouts for Sarasota downtown and US 41 form a roundabout “network,” a term now oft used by mobility experts. Cities have come to recognize roundabout “networks” deliver more than first expected to a City (Bend OR and San Diego/Bird Rock CA examples below), improving quality of City Life for all residents whether on foot or wheels or living nearby….improving property values/raising the tax base, lowering auto insurance rates, lowering noise/air pollution, on top of lessening accident cost and injury. A network exponentially expands these values.
The document proposes plans for a multi-modal center that includes a railway terminal and surrounding mixed-use development. Key elements include:
1) A railway terminal built along the edges of the block in a Richardson Romanesque architectural style, with human-scale buildings and an open landscape interior.
2) Surrounding development including retail, office, and housing connected by visual axes and a pedestrian-friendly public realm.
3) Connections from the multi-modal center to the nearby Capitol Avenue and historic Lincoln Depot, enhanced with landscape and activities like restaurants.
4) Housing development on the east side connected to existing Genesis housing, with a neighborhood design including shared backyard space.
This document proposes a transit-oriented development plan around a new multi-modal transit center in Springfield, Illinois. The plan focuses on redeveloping eight city blocks within a quarter mile of the proposed transit center. It envisions three main areas: a multi-modal center with bus and rail terminals, mixed-use development, and new housing. The design concepts aim to create an attractive, walkable environment near transit with a mix of uses following the Richardson Romanesque architectural style of Union Station.
This document discusses transit oriented development (TOD). It explains that TOD brings compact, mixed-use development within walking distance of high capacity transit like rail or bus rapid transit. This allows people to access jobs, services, and opportunities with short commutes by walking, biking or public transit rather than personal vehicles. TOD is described as creating more sustainable, livable communities that promote public health and reduce environmental impacts. The document provides examples of Wendel's work on TOD projects and outlines their approach to responsible design focused on connectivity, density, mixed uses and other principles.
Oct. 19 Complete Streets Open House BoardsCityofBoulder
The Transportation Master Plan aims to create a multimodal transportation system that meets sustainability goals and provides more options for walking, biking, and transit. It sets targets of 20% of trips by walking, biking, or transit by 2035. The plan identifies several projects to make streets more accommodating for all users, including improving safety at intersections, adding bicycle facilities, and enhancing pedestrian crossings. Public input helped define transportation priorities and potential projects along major corridors like Arapahoe Avenue and 28th Street to create safer, more accessible routes for all.
Title: Level of Service F for Grade A Streets
Track: Prosper
Format: 90 minute panel
Abstract: Relying solely on Level of Service criteria for street design, which evaluates vehicle congestion, leads to poor outcomes on many of our roadways. LOS F, far from a failure, creates opportunities to reallocate roadway space for more livable street designs. In this session, learn about projects in Cambridge and San Francisco that overcame opposition and generated community support in prioritizing better bicycling and walking over vehicle capacity during the peak hour of travel.
Presenters:
Presenter: Michael Sallaberry San Francisco Municipal Transportation Agency
Co-Presenter: Jeffrey Rosenblum City of Cambridge, MA
The TOD Study presented yesterday looked carefully at land use and transportation patterns, and then suggested the general contours for a reshaped downtown. Six potential development clusters were identified, including: the North Avenue Gateway (between Memorial Circle and I-95), the Central Corridor (between I-95 and the Metro-North tracks), Crossroads (the heart of the downtown, near the intersection of Huguenot and North), the West Gateway (where Huguenot and Main meet near Pintard), the East Gateway (around Echo Bay and Faneuil Park), and the I-95 Gateway (near the end of Palmer Avenue.)
This document discusses best practices in transit oriented development through six case studies: The Bridges in Calgary, Alberta; Fruitvale Village in Oakland, California; Mission Meridian Village in South Pasadena, California; and Clarendon Metro Station in Arlington, Virginia. It outlines key elements of the projects, which commonly include mixed-use and higher density development concentrated near transit stations, with densities decreasing farther out. Design guidelines aim to make the areas pedestrian-friendly while blending with surrounding neighborhoods. Common urban design themes are also outlined.
Modern roundabouts for Sarasota downtown and US 41 form a roundabout “network,” a term now oft used by mobility experts. Cities have come to recognize roundabout “networks” deliver more than first expected to a City (Bend OR and San Diego/Bird Rock CA examples below), improving quality of City Life for all residents whether on foot or wheels or living nearby….improving property values/raising the tax base, lowering auto insurance rates, lowering noise/air pollution, on top of lessening accident cost and injury. A network exponentially expands these values.
This is an identification of current issues in Panadura Bus Terminal and a proposal to redesign it in a most effective manner. The project is coordinated by Department of Transport and Logistics Management of University of Moratuwa.
The document discusses the design of bus stops and explores how they could be improved. It considers ways to encourage social interaction among passengers and enhance the experience of waiting, such as through optimized seating, weather protection that adjusts automatically, and information displays. Different types of bus stops are defined, and common amenities like shelters, benches, and signage are outlined. Concepts for innovative bus stop designs are presented, focusing on issues like adapting to weather, communicating schedule information, and creating modular systems.
The CMBT is the largest bus terminal in Asia, located in Chennai, India. It spans 37 acres and handles over 2,000 buses and 200,000 passengers daily. Facilities include a metro station, bus and vehicle parking, hotels, shops, ATMs, and medical services. While well-connected and efficiently operating buses, it lacks some amenities like centralized ticket booking and two-wheeler parking. Future goals include improving ventilation and implementing social distancing measures to prevent virus spread.
Data Collection-Standards- Bus Terminal- Multi-Modal Hubhrudai11
The document provides guidelines and standards for the design of a multi-modal transport hub. It includes information on the capacity and dimensions of bus terminals, parking requirements and typologies, turning radii for buses, platform typologies, fuelling and maintenance facilities, administrative and passenger amenities, landscaping, firefighting measures, building services, and hospitality considerations. Standards are sourced from organizations like URDPFI, TSS, NBC, and Ministry of Urban Development.
Designing & Planning for Cycling, Phil Jones & Adrian LordDesign South East
Presentation on Design and Planning for cycling from the Designing and Planning for Cycling workshop at MADE on 19th May 2015. Presentation by Phil Jones and Adrian Lord, Phil Jones Associates.
This presentation highlights the importance of Roadspace Allocation within transport planning and illustrates how to develop a successful Roadspace Allocation Framework. Further to this the presentation gives an insight to understanding and meeting user requirements. It then progresses to utilise various case studies in Birmingham to further demonstrate how these frameworks can be put into practice.
The document discusses factors to consider when placing bus stops and analyzes the impacts of three types of bus stop locations: near side stops, far side stops, and mid-block stops. Near side stops have advantages like allowing passengers to cross safely at crosswalks but can cause buses to get stuck at red lights. Far side stops provide crosswalks for passengers but buses may have to stop twice at red lights. Mid-block stops avoid interfering with intersections but force unsafe jaywalking and unpredictable merging back into traffic.
This document outlines the key aspects of a proposed extreme sports center project in Kuala Lumpur, Malaysia. It includes sections on the project objectives, goals and success criteria. Maintaining scope, time and cost are identified as the main factors for determining project success. Additional success criteria include achieving high quality, meeting organizational objectives and stakeholder satisfaction. The project aims to be completed within 18 months, on budget of RM7 million, and achieve Platinum GBI rating for environmental sustainability.
The document provides information about the Mattuthavani Bus Terminus in Madurai, India. It summarizes that the bus terminus was constructed in 1999 and rebuilt in 2003 to accommodate increased traffic. It has 8 platforms with 12 bays each that are used by multiple state transport services. The 18-acre facility has amenities like an information center, food stalls, and restrooms. Buses, autos, and motorcycles each have designated parking areas. The building uses materials like concrete, granite, and bitumen and has features such as a compound wall, staircase, and railings.
The document describes a concept for smart, interactive bus stops called self-organizing landmarks. Key points:
- The bus stops would function as landmarks in their neighborhoods, using digital displays and sensors to interact with pedestrians and adapt to their surroundings.
- The interior would provide screens for transportation information, local services/businesses, and community networking. The exterior would have a "smart skin" that responds to passersby.
- The concept envisions buses and stops becoming hubs for mobile access, entertainment, and work, extending transportation into a comprehensive city information and services network.
Presented at the Visioning Workshop organized by EMBARQ Turkey on September 15th.
Read more about how EMBARQ Turkey is building a bike culture in Turkey: http://bit.ly/1saxnB0
The document discusses strategies for creating car-lite streets and precincts to promote sustainable mobility and public transport. It defines walkability and transit-oriented development, and outlines various models that promote pedestrian environments like Clarence Perry's neighborhood unit and Jane Jacobs' concept of vibrant streets. The document then describes different typologies for pedestrian schemes, including full-time pedestrian zones, part-time closures, and traffic calming measures. It provides examples of these approaches and discusses how to integrate pedestrian access with public transportation.
The document provides details about the Maharana Pratap Inter-state Bus Terminus (ISBT) located in Delhi, India. Some key details include:
- It was completed in 1973 and covers an area of 11 acres.
- It operates bus services between Delhi and 7 nearby states, handling inter-state transportation.
- The design focuses on segregating passenger movement from vehicle movement and different transportation modes for efficiency.
- The arrival and departure blocks are the main functional areas, with the former having 19 bus unloading platforms across 7 floors and the latter having loading platforms across two levels.
- Amenities like ticket counters, waiting areas, shops, and toilets
This document summarizes transportation in and around Anand Vihar, Delhi. It discusses the metro, rail, and bus networks in the area. Anand Vihar is a major transportation hub with the ISBT, railway station, and metro station located nearby. It analyzes current issues like congestion and lack of infrastructure to handle passenger volume. Future plans are proposed to better integrate different transit modes and increase connectivity and capacity at Anand Vihar.
The Geeta Mandir Bus Terminals project in Ahmedabad, India involves redeveloping an existing bus terminal into a mixed-use transit-oriented development. The project includes a bus terminal facility along with residential, hotel, commercial, and retail spaces. Key design principles segregate vehicle and pedestrian traffic and activities within the building. The bus terminal portion has 25 loading bays and facilities like waiting areas, shops, and cafeterias spread across basement to fifth floors. The overall development improves transportation infrastructure in the city.
This document discusses guidelines for siting bus stops in rural areas. It outlines different types of bus stops from simple poles and flags to shelters with seating and electronic signage. Key factors in locating bus stops include proximity to origins and destinations of passengers, accessibility from junctions and residential areas, and safety of passengers boarding, alighting and crossing the road. Bus stops should also be situated in pairs on opposite sides of the road to facilitate travel in both directions. The primary objectives for rural bus stop location are addressing passenger needs and prioritizing safety.
The Chennai Mofussil Bus Terminus (CMBT) is located in Koyambedu, Chennai on 36 acres of land. It is Asia's largest bus terminal, housing various facilities like a main terminal hall, bus parking areas, shops, maintenance sheds, and restrooms. Over 2000 buses and 250,000 passengers pass through the terminal daily. The CMBT was designed by a renowned architect and built at a cost of Rs. 103 crores to efficiently connect different parts of the city and state.
Urban Design Scales and Spaces for ArchitectureMimi Alguidano
The document discusses the key elements of urban design that shape urban spaces, including buildings, public spaces, streets, transportation systems, and landscaping. It then focuses on sidewalks and streetscapes, describing the characteristics of great streets and the various elements that make up street design, such as lane width, sidewalks, curb extensions, vertical speed controls, and amenities like street trees, landscaping, lighting, and furniture. The goal is to balance the needs of all street users through designs that prioritize pedestrian experience and safety.
This document provides guidance on designing safe and comfortable pedestrian crossings at intersections and midblock locations. It recommends that crosswalks be as wide as the walkways they connect, have high-visibility striping, and keep crossing distances short. It also suggests using curb extensions, advance stop lines, medians, and raised crossings to improve safety. For midblock crossings, it advises assessing pedestrian demand and installing crosswalks where desire lines exist, such as near transit stops. The document stresses the importance of visibility and sight distances at intersections and conflict points while avoiding an overemphasis on clear sightlines for vehicles only.
This is an identification of current issues in Panadura Bus Terminal and a proposal to redesign it in a most effective manner. The project is coordinated by Department of Transport and Logistics Management of University of Moratuwa.
The document discusses the design of bus stops and explores how they could be improved. It considers ways to encourage social interaction among passengers and enhance the experience of waiting, such as through optimized seating, weather protection that adjusts automatically, and information displays. Different types of bus stops are defined, and common amenities like shelters, benches, and signage are outlined. Concepts for innovative bus stop designs are presented, focusing on issues like adapting to weather, communicating schedule information, and creating modular systems.
The CMBT is the largest bus terminal in Asia, located in Chennai, India. It spans 37 acres and handles over 2,000 buses and 200,000 passengers daily. Facilities include a metro station, bus and vehicle parking, hotels, shops, ATMs, and medical services. While well-connected and efficiently operating buses, it lacks some amenities like centralized ticket booking and two-wheeler parking. Future goals include improving ventilation and implementing social distancing measures to prevent virus spread.
Data Collection-Standards- Bus Terminal- Multi-Modal Hubhrudai11
The document provides guidelines and standards for the design of a multi-modal transport hub. It includes information on the capacity and dimensions of bus terminals, parking requirements and typologies, turning radii for buses, platform typologies, fuelling and maintenance facilities, administrative and passenger amenities, landscaping, firefighting measures, building services, and hospitality considerations. Standards are sourced from organizations like URDPFI, TSS, NBC, and Ministry of Urban Development.
Designing & Planning for Cycling, Phil Jones & Adrian LordDesign South East
Presentation on Design and Planning for cycling from the Designing and Planning for Cycling workshop at MADE on 19th May 2015. Presentation by Phil Jones and Adrian Lord, Phil Jones Associates.
This presentation highlights the importance of Roadspace Allocation within transport planning and illustrates how to develop a successful Roadspace Allocation Framework. Further to this the presentation gives an insight to understanding and meeting user requirements. It then progresses to utilise various case studies in Birmingham to further demonstrate how these frameworks can be put into practice.
The document discusses factors to consider when placing bus stops and analyzes the impacts of three types of bus stop locations: near side stops, far side stops, and mid-block stops. Near side stops have advantages like allowing passengers to cross safely at crosswalks but can cause buses to get stuck at red lights. Far side stops provide crosswalks for passengers but buses may have to stop twice at red lights. Mid-block stops avoid interfering with intersections but force unsafe jaywalking and unpredictable merging back into traffic.
This document outlines the key aspects of a proposed extreme sports center project in Kuala Lumpur, Malaysia. It includes sections on the project objectives, goals and success criteria. Maintaining scope, time and cost are identified as the main factors for determining project success. Additional success criteria include achieving high quality, meeting organizational objectives and stakeholder satisfaction. The project aims to be completed within 18 months, on budget of RM7 million, and achieve Platinum GBI rating for environmental sustainability.
The document provides information about the Mattuthavani Bus Terminus in Madurai, India. It summarizes that the bus terminus was constructed in 1999 and rebuilt in 2003 to accommodate increased traffic. It has 8 platforms with 12 bays each that are used by multiple state transport services. The 18-acre facility has amenities like an information center, food stalls, and restrooms. Buses, autos, and motorcycles each have designated parking areas. The building uses materials like concrete, granite, and bitumen and has features such as a compound wall, staircase, and railings.
The document describes a concept for smart, interactive bus stops called self-organizing landmarks. Key points:
- The bus stops would function as landmarks in their neighborhoods, using digital displays and sensors to interact with pedestrians and adapt to their surroundings.
- The interior would provide screens for transportation information, local services/businesses, and community networking. The exterior would have a "smart skin" that responds to passersby.
- The concept envisions buses and stops becoming hubs for mobile access, entertainment, and work, extending transportation into a comprehensive city information and services network.
Presented at the Visioning Workshop organized by EMBARQ Turkey on September 15th.
Read more about how EMBARQ Turkey is building a bike culture in Turkey: http://bit.ly/1saxnB0
The document discusses strategies for creating car-lite streets and precincts to promote sustainable mobility and public transport. It defines walkability and transit-oriented development, and outlines various models that promote pedestrian environments like Clarence Perry's neighborhood unit and Jane Jacobs' concept of vibrant streets. The document then describes different typologies for pedestrian schemes, including full-time pedestrian zones, part-time closures, and traffic calming measures. It provides examples of these approaches and discusses how to integrate pedestrian access with public transportation.
The document provides details about the Maharana Pratap Inter-state Bus Terminus (ISBT) located in Delhi, India. Some key details include:
- It was completed in 1973 and covers an area of 11 acres.
- It operates bus services between Delhi and 7 nearby states, handling inter-state transportation.
- The design focuses on segregating passenger movement from vehicle movement and different transportation modes for efficiency.
- The arrival and departure blocks are the main functional areas, with the former having 19 bus unloading platforms across 7 floors and the latter having loading platforms across two levels.
- Amenities like ticket counters, waiting areas, shops, and toilets
This document summarizes transportation in and around Anand Vihar, Delhi. It discusses the metro, rail, and bus networks in the area. Anand Vihar is a major transportation hub with the ISBT, railway station, and metro station located nearby. It analyzes current issues like congestion and lack of infrastructure to handle passenger volume. Future plans are proposed to better integrate different transit modes and increase connectivity and capacity at Anand Vihar.
The Geeta Mandir Bus Terminals project in Ahmedabad, India involves redeveloping an existing bus terminal into a mixed-use transit-oriented development. The project includes a bus terminal facility along with residential, hotel, commercial, and retail spaces. Key design principles segregate vehicle and pedestrian traffic and activities within the building. The bus terminal portion has 25 loading bays and facilities like waiting areas, shops, and cafeterias spread across basement to fifth floors. The overall development improves transportation infrastructure in the city.
This document discusses guidelines for siting bus stops in rural areas. It outlines different types of bus stops from simple poles and flags to shelters with seating and electronic signage. Key factors in locating bus stops include proximity to origins and destinations of passengers, accessibility from junctions and residential areas, and safety of passengers boarding, alighting and crossing the road. Bus stops should also be situated in pairs on opposite sides of the road to facilitate travel in both directions. The primary objectives for rural bus stop location are addressing passenger needs and prioritizing safety.
The Chennai Mofussil Bus Terminus (CMBT) is located in Koyambedu, Chennai on 36 acres of land. It is Asia's largest bus terminal, housing various facilities like a main terminal hall, bus parking areas, shops, maintenance sheds, and restrooms. Over 2000 buses and 250,000 passengers pass through the terminal daily. The CMBT was designed by a renowned architect and built at a cost of Rs. 103 crores to efficiently connect different parts of the city and state.
Urban Design Scales and Spaces for ArchitectureMimi Alguidano
The document discusses the key elements of urban design that shape urban spaces, including buildings, public spaces, streets, transportation systems, and landscaping. It then focuses on sidewalks and streetscapes, describing the characteristics of great streets and the various elements that make up street design, such as lane width, sidewalks, curb extensions, vertical speed controls, and amenities like street trees, landscaping, lighting, and furniture. The goal is to balance the needs of all street users through designs that prioritize pedestrian experience and safety.
This document provides guidance on designing safe and comfortable pedestrian crossings at intersections and midblock locations. It recommends that crosswalks be as wide as the walkways they connect, have high-visibility striping, and keep crossing distances short. It also suggests using curb extensions, advance stop lines, medians, and raised crossings to improve safety. For midblock crossings, it advises assessing pedestrian demand and installing crosswalks where desire lines exist, such as near transit stops. The document stresses the importance of visibility and sight distances at intersections and conflict points while avoiding an overemphasis on clear sightlines for vehicles only.
Task 9 Kajang Local Plan For Sustainable DevelopmentYong Feng
The document outlines a plan for the sustainable development of Kajang, Selangor, Malaysia. It discusses improving public transportation, promoting walking and cycling, managing environmental impacts, and ensuring access to development. It proposes parking designs that maximize green space. It emphasizes urban design principles like compact development and mixed uses to reduce car dependency. Ensuring safety, landscaping, renewable energy, air and water quality are also covered. The goal is to plan development that uses resources sustainably and solves urban problems while protecting the environment.
The document outlines guidelines for street design in Bhubaneswar, India. It notes the need for guidelines due to inequitable distribution of road space, lack of pedestrian infrastructure and safety issues. The guidelines classify street typologies, identify target users, and provide design elements for different components of streets, including dedicated spaces for walking, cycling, public transportation, and street vending. It also describes Bhubaneswar's implementation of "Raahgiri Day" events and open-air gymnasiums to promote walking and cycling.
The document discusses reimagining Sinhagad Road in Pune, India. It describes the current issues along the road such as traffic congestion, improper waste management, lack of storm drainage and street lighting. Specific problems are identified at various locations along the road including ambiguous spaces where garbage is thrown, bottlenecks at junctions, lack of continuity of footpaths and cycle tracks, and lack of dedicated parking and bus stop spaces. The proposal aims to address these issues by improving efficiency through clearer definition of spaces, instilling character and pride through unique design, and promoting environmentally sustainable solutions.
Downtown Redding Transportation Plan Workshop 2 combined boardsTy Bos
The document presents an action plan for improving the promenade area in downtown Redding through streetscape design. It includes illustrations and descriptions of design considerations and elements for different street types including the promenade, alleys, paseos, mixed use streets, commercial thoroughfares. Elements discussed include improving pedestrian safety, traffic calming, increasing pedestrian spaces, and integrating stormwater management through landscapes strategies like bio-retention and permeable paving. The goal is to create a vibrant downtown that balances different transportation modes and land uses.
Crosswalks and intersections should prioritize pedestrian comfort, safety, and visibility. Designs should keep crossings compact to facilitate eye contact between pedestrians and drivers. Midblock crosswalks are important to facilitate access to destinations and account for latent pedestrian demand. Visibility is important but wide corners that encourage speeding should be avoided, and fixed objects should not be removed without first considering alternatives to improve safety such as reducing speeds or increasing visibility.
This document summarizes a project that aims to improve mobility and accessibility in existing urban neighborhoods through alternative transportation solutions and pedestrianization. It discusses issues like vehicular dependence, lack of pedestrian infrastructure, and the "first/last mile" problem. It then details the site selection, surveys conducted, analysis of issues, and demands that emerged from community workshops. Key tasks identified include technical support for residents, pilot projects, and advocating for applying the Parking Benefit District model on the project area to address parking issues in a sustainable manner.
Sauchiehall and Garnethill: summary of draft Regeneration Frameworknwplanning
This document outlines a regeneration framework for the Sauchiehall District that aims to introduce new recreational spaces, green links, and transportation improvements. Key aspects of the framework include creating a continuous pedestrian and cycling network with north-south connectors, new informal play spaces, street trees and planting, pocket parks, and reduced car speeds. The goals are to improve accessibility within the district and to public transportation, enhance safety for pedestrians and cyclists, and shift the focus from cars to providing a barrier-free environment for all transportation modes.
Yesterday saw Gehl Architects, commissioned by Glasgow City Council, unveil the draft Regeneration Framework for the Sauchiehall and Garnethill area of the city centre.
Suburban Train Station as Community Hub: Proposal for Carseldine Stationlinda carroli
I've been working on this study of a local train station in support of Transit Oriented Development. In it, I propose that community infrastructure (e.g. community spaces and offices for non-profit organisations) and design for sustainability should be provided at train stations. If more parking is required then those structures can and should also accommodate community uses.
I have also posted this to Live Local as my first experiment. Live Local is an online social networking place to share stories and ideas about improving your community. I will be blogging about this venture for Placed.
http://www.livelocal.org.au/experiment/126/precinct-study-carseldine-train-station
The document discusses plans for designing and planning the town of Kajang, Selangor, Malaysia in a sustainable way. It outlines principles for transportation, limiting parking, urban design, safety, landscaping and renewable energy. The goal is to guide the orderly development of Kajang while meeting current needs and preserving resources for future generations. Sustainable strategies include promoting public transit, cycling, green spaces and renewable resources to enhance quality of life while protecting the environment.
The document discusses plans for designing and planning the town of Kajang, Selangor, Malaysia in a sustainable way. It proposes enhancing public transportation and active transportation like cycling; limiting car parking; incorporating green spaces and biodiversity protection; using renewable energy; and improving air and water quality through drainage systems while being mindful of environmental and community impacts. The goal is to guide the orderly development of Kajang in a way that meets current needs without compromising future generations' ability to meet their own needs.
This document discusses different types of medians used in road design including:
- Curb medians, which use raised edges to separate traffic flows and provide recovery areas.
- Refuge islands, also called pedestrian islands, which provide a place for pedestrians to stop mid-crossing.
- Flush medians, which use painted lines instead of physical barriers to separate traffic.
- The recommended median width varies depending on the road type and location, ranging from 1.2m to 22.8m wide. Wider medians are generally used in rural areas while narrower medians are used in urban areas.
Urban design involves shaping the physical environment of cities, including public spaces, buildings, streets, and transportation. It considers elements such as plazas, parks, green spaces, playgrounds, squares, landscapes, and buildings for commercial, residential, institutional, industrial, and religious uses. The transportation network includes highways, arterial roads, collector roads, and local access roads for public motorized and private non-motorized transport. Urban design also takes into account very large, medium, and small streets and their roles in the city.
The document discusses proposed improvements to Nepean Sea Road in Mumbai. It identifies issues with the existing footpaths such as discontinuity, insufficient width due to obstructions, and vendors blocking pedestrian movement. Solutions proposed include installing tree grates, raised pedestrian crossings, segregated bus stops and shelters, street furniture like benches and bins, and designating dedicated vendor zones. Cost estimates are provided for materials needed to implement the improvements. The goal is to enhance safety, accessibility and livability for all users of the street.
A documentation of our study, critical appraisal and analysis of the area around the Rourkela Railway Station and the attempt to transform the zone into a Multi-Modal Hub keeping in purview the close proximity of the Bus Station and Intermediate Public Transport service.
The document discusses complete streets and connectivity applications for Tiffin, Ohio. It outlines complete streets principles of designing transportation for all users. Best practices for bicycle and pedestrian planning like bike lanes, separated bikeways, and unique crosswalk designs are presented. Goals for Tiffin include connecting university campuses to downtown and improving walkability and bike access. Transportation options discussed include parking strategies, converting one-way streets to two-way, and conceptual redesigns of Perry Street to add bike infrastructure.
The document summarizes the analysis of circulation and operations for proposed transportation corridor projects in the Eastern Neighborhoods of San Francisco. It assessed potential impacts on traffic, the transportation network, transit delay, and signal timing. The analysis evaluated different design alternatives for Folsom Street, Howard Street, 7th Street, and 8th Street that vary the number of vehicle lanes, inclusion of transit and bicycle facilities, and direction of traffic flow. The preferred alternatives balance moving people by all modes efficiently while minimizing negative impacts to traffic flow and livability in the neighborhoods.
This document discusses the design and construction of a 4-lane highway. It covers several key aspects of highway design including determining the appropriate location and alignment of the highway, considering human, vehicle and roadway factors, specifying the design speed and traffic volume, and selecting the number of lanes and their width. It also discusses materials used in highway construction like cement, sand, boulders and aggregates for the base and surface layers. Flexible and rigid pavement designs are described. The document emphasizes the importance of drainage systems alongside roads. It presents some innovative concepts like generating electricity from speed breakers and using an automatic street light control system.
Similar to Elements and Components of Urban Design - A Case of Pinamalayan, Oriental Mindoro (20)
How to Add Chatter in the odoo 17 ERP ModuleCeline George
In Odoo, the chatter is like a chat tool that helps you work together on records. You can leave notes and track things, making it easier to talk with your team and partners. Inside chatter, all communication history, activity, and changes will be displayed.
This presentation was provided by Steph Pollock of The American Psychological Association’s Journals Program, and Damita Snow, of The American Society of Civil Engineers (ASCE), for the initial session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session One: 'Setting Expectations: a DEIA Primer,' was held June 6, 2024.
Strategies for Effective Upskilling is a presentation by Chinwendu Peace in a Your Skill Boost Masterclass organisation by the Excellence Foundation for South Sudan on 08th and 09th June 2024 from 1 PM to 3 PM on each day.
How to Setup Warehouse & Location in Odoo 17 InventoryCeline George
In this slide, we'll explore how to set up warehouses and locations in Odoo 17 Inventory. This will help us manage our stock effectively, track inventory levels, and streamline warehouse operations.
it describes the bony anatomy including the femoral head , acetabulum, labrum . also discusses the capsule , ligaments . muscle that act on the hip joint and the range of motion are outlined. factors affecting hip joint stability and weight transmission through the joint are summarized.
How to Make a Field Mandatory in Odoo 17Celine George
In Odoo, making a field required can be done through both Python code and XML views. When you set the required attribute to True in Python code, it makes the field required across all views where it's used. Conversely, when you set the required attribute in XML views, it makes the field required only in the context of that particular view.
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Elements and Components of Urban Design - A Case of Pinamalayan, Oriental Mindoro
1. elements and components
of urban design
A R C H 2 3 1 U R B A N P R I N C I P L E S | 1 1 8 2 9 T H U 6 - 9 P M
A U D R E Y E U N I C E R I L L O R T A
4. BOULEVARD
The frontage road (between Municipal Hall and Park &
Plaza), benefits from traffic calming at intersections and
midblock as well as pedestrian-scale lighting and street
trees.
Consider the installation of curb extensions or
midblock crossings to facilitate median use and
access, or design the frontage road with a flush
curb to create a seamless transition between
the sidewalk, street, and median.
5. DOWNTOWN 2-
WAY STREETS
Retrofit constrained 2-way streets
using lane diets and conventional
bike lanes or add cycle tracks that
decrease the overall width and
offer a higher-quality bicycle facility.
The existing thoroughfare shows a constrained 2-
way street in a central business district which was
originally dedicated as a 4-way street. This
downtown street is heavily congested by
shuttles, tricycles, bikes, people, and cars.
6. NEIGHBORHOOD
STREET
Design for local streets can combine
stormwater management features,
curb extensions, vertical speed
control elements, and bicycle
facilities that encourage safe speeds
and meter through traffic.
The existing thoroughfare local street in this
residential neighborhood is often underutilized
and should provide safe and inviting places to
walk with direct access to local stores and
schools.
7. RESIDENTIAL SHARED STREET
THIS EXISTING RESIDENTIAL STREET IS A NEIGHBORHOOD WITH LOW TRAFFIC VOLUME.
Street furniture, including bollards, benches, planters, and bicycle
parking, can help define a shared space, subtly delineating the
traveled way from the pedestrian-only space.
8. COMMERCIAL SHARED
STREET
An existing retail district with heavy parking
utilization and narrow, congested sidewalks creates
unsafe conditions, as crowding forces some
pedestrians to walk in the street to avoid crowds.
Commercial shared
street is a
pedestrian-friendly
and walkable
commercial lane
which maintain
access for vehicles
operating at low
speeds.
10. MAJOR
INTERSECTION
AREAS
Restrict vehicle turns at acute
angled intersections with very low
volumes.
Break complex intersections into
multiple compact ones.
Bend streets so that they meet at
as close to a right angle as
possible.
Utilize excess asphalt from the reconfiguration to create a public plaza.
Existing major intersection areas are prone to
accidents and collisions. This could be prevented
by minimizing vehicle turning speeds using
medians, realignment, and tight curb radii.
11. MINOR
INTERSECTIONS
Well-designed intersections use
street space to bring people
together and invigorate a city,
while making traffic more intuitive,
seamless, and predictable for
those passing through.
MINI ROUNDABOUT and NEIGHBORHOOD TRAFFIC CIRCLES
lower speeds at minor intersection crossings
RAISED INTERSECTIONS - encourage motorists to yield to
pedestrians at the crosswalk.
13. curb extensions
These existing sidewalk corners
can be converted into curb
extensions which can serve as a
visual cue to drivers that they are
entering a neighborhood street or
area.
14. bus bulbs
as shuttle waiting areas
These existing waiting areas can be reconfigured into bus
bulbs for shuttles so that it will be aligned with the shuttle
stop with the parking lane, allowing shuttles to stop and
board passengers without ever leaving the travel lane.
15. speed control
elements
Speed control elements must be considered
instead of temporary road barriers to manage
traffic speeds and reinforce pedestrian-friendly,
safe speeds specially in this area which is
beside a school.
SPEED BUMP SPEED TABLE SPEED CUSHION
17. accessibility - children
Schools are provided with sidewalks and
vegetation strips with proper shade from trees.
However, ADDITIONAL VEGETATION STRIPS IN
BETWEEN SIDEWALK AND MAIN STREET must be
provided in order to protect children from passing
cars.
18. accessibility – universal
design (PWD)
These existing Sidewalks are an essential component of the
urban environment and serve as key corridors for people.
However, ADDITIONAL RAMPS, DROPPED CURBS, TACTILE
PAVERS, and WHEELCHAIR REST STOPS should be provided to
promote design inclusivity for persons with disability.
19. shared
mobility
These are existing means of public
transportation of the municipality:
MULTI-CAB TERMINAL (Inter-
municipality shuttle services)
PVANS EXPRESS (A door-to-door or
point-to-point utility vehicle)
PIPTODA TRICYCLE
20. responsible mobility
Existing sheds serve as dedicated waiting areas for
transit users, but it lacks proper wayfinding town map or
shuttle routes illustrations and are sometimes located on
blind spots or hidden by unnecessary signages and
political agendas.
PROPER SUPPORT SYSTEMS FOR TRAVEL INFORMATION
21. flexibility
In a culture of Fiestas wherein Main
Thoroughfares are temporarily closed to
give way for stalls, caravans, and
parades, proper removable traffic control
device or barrier should be used to
ensure that vehicles do not encroach on
a street closure.
22. references
National Association of City Transportation Officials. (2020). Urban Street Design Guide. New York.
Retrieved January 9, 2021, from https://nacto.org/publication/urban-street-design-guide/
Google. (n.d.). Pinamalayan, Oriental Mindoro. Retrieved January 9, 2021 from
https://www.google.com/maps/place/Pinamalayan,+Oriental+Mindoro/@13.0369699,121.47995
73,16.17z/data=!4m5!3m4!1s0x33bca454d31c3095:0xc0af158cfc458f96!8m2!3d13.0458654!4d1
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