Project description
1.project description
The New Lord Street projects Parth is located between Ellenbriook and Bassendean, where a new bus terminus is located. Located in Western Australia, the new project of New Lord Street will be able to provide high quality dual carriage road. This road will connect Reid Highway and Gnangara Road. The project is meant to decongest the areas around Ellenbrook, Brabham, Dayton and the other areas around. In addition, upon completion, the project will ensure that5 the journey times for the residents in these areas is cut. Congestion is one major issue whi9ch these residents are able to face with traffic building up to more than 2.5 KM. the New Lord Street Project Perth will be located about 200 m to the west of the already existing Lord Street in the former Perth-Darwin National Highway corridor. The project will involve bus corridor and roundabouts will be constructed on intersections of roads such as the New Lord Street with Park Street and Youle-Dean Road. In addition, a shared path which is adjacent to the road will be constructed in order to provide the access to the Whiteman Park, which will be used by cyclists and pedestrians. The New Lord Street Perth will help in redistributing of traffic and decongesting the area and traffic in the Lord Street.
New Lord Street Parth
In the projects, new stops, bus priority measures and new bus stations will be constructed. In addition, in order to encourage motorists to catch public transport, new park and ride facility will be constructed on the route along Henley Brook. In addition, in order to allow proper execution of work, the existing Lord Street entrance to the Whiteman will be closed between mid June to December. This will allow a construction on new entrance. Temporary access will be provided off the Lord Street about 2000 m south of the entrance. The visit to the project was made between 1st April and last visit was made on 23rd April. The climatic condition at this time was dry with moderate temperatures of between 19 and 23 degrees. This meant that works was happening each day of the visit since the weather and climatic conditions were allowing the works to continue. In addition, this climatic condition of the p-lace at this period meant that all of the construction plants and equipment were in used. The ground conditions also meant that the plants and equipment were able to access all the areas of the project.
Use of excavators with lifting gear
6.Use of excavators with lifting gear. Additional; excavators will be required in this project. This will ensures that movement and additional excavation areas are well done with minimal timeline. Considering the closure of some of the road sections, quick execution of works will be expected to ensure that normality is attained. Additional excavators will ensure that the works are carried within the minimum time allocated. In addition, the excavators with the lifting gear will ensure that the excavators can lift the loads and load to other plants available on site. This will ensure provision of many plants on site is reduced.
Construction of an asphalt mixing plant near the project. Provision of this plant will ensure that the project can be carried with easy. Movement of materials from other localities to the site is one of the major challenges which different road projects are able to face. This hinders their project completion on time. To avoid this challenge in this project, an asphalt mixing plant will be constructed. This will ensure that the asphalt can be provided with ease when needed in the project. Manufacture of asphalt concrete will be easy when the plant is near the project and unnecessary delays will not be experienced. In addition, this plant will also ensure that other forms of road coated stones used in the road project can be provided with ease.
Forklift truck- movement of materials from one section of the road project to another section is common. Forklift trucks will ensure that these materials can be moved with ease from one section to another whenever need arises. The truck is an essential plant which is required to ensure that the different materials and equipment can be moved from one section to another. This will ensure that unnecessary delays will not be experienced waiting to machines and materials to be delivered. Forklift trucks will therefore be required to ensure that ease completion of project is attained without delay.
Wheel loader and delivery trucks- road construction involved large movement of cut and fill sections. Wheel loaders will be needed when cuts are being moved from one section to another in this project. The wheel loaders will ensure that additional movements of cuts are done when required. Having several wheel loaders will ensure that the cut materials are moved appropriately at the best time. Loading of materials will also be easy when having the wheel loaders on site. The delivery trucks will be important for the movement of the cuts from some sections and delivering fills to other sections when required. The trucks will ensure that delivery of materials is done on time without delay and thus ensure easy management of the project.
Construction of an asphalt mixing plant
7.During the project activities, several projects processes where on process. One of the project processes which were going on was the survey works. This process was involved the establishment of control lines and setting references for different positions of the construction work. The survey works were carried on different section and then projected to others. There were used on new sections as well as the area near finish. At the leveling areas, survey works were also done to ensure that the levels were level. The survey works were most of the works being carried on the site at different sections.
Excavation works on different sections were also being carried out. Removal of top soil which was not fit for the construction purposes was being done at the project. Wheel loaders were being used to cut and load as well excavators on site. The materials were being cut and transported out of section due to their characteristics and unsuitability to be used. The excavation works were being carried to achieve stable position where the road foundation can be laid. Most sections were being excavated since the top material was considered unfit for use.
Compaction processes was another process which was being carried out. The compaction process was done at areas where the fill materials had been deposited. The compaction works were being carried to ensure that the road sections were stable and wound barge inwards when traffic is allowed on the sections. In addition, on other section of the project, some utility works such as the sewer sections were being carried out. These works were being done to ensure that the storm wat5er from the roads sections can be directed to the main sewer lines. The sewer and water line processes also involved some key survey works to ensure that their flow will be well directed.
In addition vegetation clearance processes were also being carried at some key road allowance sections. This was being done to ensure that proper sight distances for motorists are achieved. Concrete curb and gutter processes were also being carried on the project. New driveway access to different areas along the road sections were also allowed to ensure that the vehicles cannot cross the curbs without causing damages. Lastly, on few sections where the construction of the road section had been completed, some key landscaping processes were being done. This was being done after the surfacing layer of the road section had been placed. The road section had also some key signage being placed to ensure that directions are offered appropriately.
Forklift truck and wheel loader and delivery trucks
8.The fleet size is a key component which is used for the construction of the road projects. The New Lord Street Perth project is meant to cater for the public transport. It is meant to ease the growing congestion resulting from the growth of the population. Therefore, an increased fleet is expected to be accommodated on this project once it is completed. Considering the fleet available in the area and their increase, it is important to have this project which will ensure that the available road structure could not be overstressed by the available fleet on road section. Easing the public transport from the available road network will be able to provide the new project with proper fleet section which it can manage.
The sustainability of the fleet on this will be possible since the traffic in the road section will be shared with other road networks such as the old Lord Street road. The sharing of the fleet on the section ensures that the overuse of the road section is not overstressed. In addition, the design of the roads is able to attain the sustainability issue. The design of the road section is meant to take care of the fleet of the public transport in this part of WA. The design is designed to take care of the traffic and fleet over the next 20 year. This means that the design is done with projection of increase of fleet over time. Traffic increase consideration is well done to ensure that the sustainability of the project is achieved. The consideration of the traffic increase was keenly considered in the design process. This is to ensure that the durability of the road network will be able to sustain the increase of the amount of traffic which is being experienced in the location. The introduction of this project is able to cater for the increased traffic which is leading to congestion. Therefore to ensure sustainability issues are achieved, the consideration of the increase of traffic on coming years was done.
References
Ashburn, Boni, and Sergio De Giorgi. Builder Goose: it’s construction rhyme time! New York : Sterling Children’s Books. 2012.
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Browning, Edgar A. Roadbuilding construction equipment at work in the State of Ohio: a pictorial history of highway and turnpike construction in Ohio. [Place of publication not identified]: Edgar A. Browning. 2014.
Browning, Edgar A. Roadbuilding construction equipment at work: building the early interstate highways through New England’s Green Mountains. Hudson, Wisconsin : Iconografix. 2011.
Equipment review: the definitive guide to equipment innovation. Swanley: Route One Publishing 2011.
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Hasegawa, Yo?ko. The Routledge course in Japanese translation. Milton Park, Abingdon, Oxon: Routledge. https://www.123library.org/book_details/?id=89523. 2012.
Isaacson, Kianna. Road construction and technology. Delhi: Orange Apple. https://search.ebscohost.com/login.aspx?direct=true&scope=site&db=nlebk&db=nlabk&AN=406375. 2012.
Jones, Samantha R. Highways: construction, management, and maintenance. New York: Nova Science Publisher’s. com/choice/publicfullrecord.aspx?p=3018170″>https://public.eblib.com/choice/publicfullrecord.aspx?p=3018170. 2010.
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Peppas, Lynn, and Molly Aloian. Road makers and breakers. St. Catharines, Ont: Crabtree Pub. 2012.
Saripalli, Surya Sheetal. A dynamic inventory optimization method applied to printer fleet management. M.S. Rochester Institute of Technology. 2011.
Stonorov, Tolya. The design-build studio: crafting meaningful work in architecture education. New York, NY : Routledge. 2018.
Sutton, Sally, and Brian Lovelock. 2017. Roadwork. https://en.wiktionary.org/wiki/roadwork 2014.
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com/pagead/aclk?sa=L&ai=DChcSEwiB5fus1qPbAhVODisKHd3zDRYYABAAGgJzZg&ohost=www.google.com&cid=CAASE-RovkvT7thUDtf-pS5-a1JkYVE&sig=AOD64_0ytZZpPYpuZaxmJAubAvE4OmU8dw&q=&ved=0ahUKEwjDrPas1qPbAhWKT30KHTUoCJgQ0QwIIw&adurl”>https://www.googleadservices.com/pagead/aclk?sa=L&ai=DChcSEwiB5fus1qPbAhVODisKHd3zDRYYABAAGgJzZg&ohost=www.google.com&cid=CAASE-RovkvT7thUDtf-pS5-a1JkYVE&sig=AOD64_0ytZZpPYpuZaxmJAubAvE4OmU8dw&q=&ved=0ahUKEwjDrPas1qPbAhWKT30KHTUoCJgQ0QwIIw&adurl=
https://project.mainroads.wa.gov.au/home/eastmetropolitan/Pages/newlordstreet.aspx
[1] Nicholas. The opera manual. 45
[2] https://www.googleadservices.com/pagead/aclk?sa=L&ai=DChcSEwiB5fus1qPbAhVODisKHd3zDRYYABAAGgJzZg&ohost=www.google.com&cid=CAASE-RovkvT7thUDtf-pS5-a1JkYVE&sig=AOD64_0ytZZpPYpuZaxmJAubAvE4OmU8dw&q=&ved=0ahUKEwjDrPas1qPbAhWKT30KHTUoCJgQ0QwIIw&adurl=
[3] https://project.mainroads.wa.gov.au/home/eastmetropolitan/Pages/newlordstreet.aspx
[4] https://project.mainroads.wa.gov.au/home/Documents/New%20Lord%20Street%20-%20Newsletter%20May%202017.pdf
[5] Sally, and Lovelock. Roadwork. 67.
[6] Derek. Road rollers. 90
[7] Yo?ko. The Routledge course in Japanese translation. 23
[8] Boni, and Giorgi. Builder Goose: it’s construction rhyme time! 67.
[9] Lynn, and Aloian. Road makers and breakers. 23
[10] Sally, and Lovelock. Roadwork. 56
[11] FPInnovations (Institute). Biomass trucks and resource road standards: a guidebook for field planners. 123
[12] Edgar Roadbuilding construction equipment at work in the State of Ohio: a pictorial history of highway and turnpike construction in Ohio. 38.
[13] Edgar Roadbuilding construction equipment at work: building the early interstate highways through New England’s Green Mountains. 189.
[14] Douglas, and Le?ge?re. Resource road safety assessment: pilot project on mobile mapping systems. 78.
[15] Samantha. Highways: construction, management, and maintenance. 23.
[16] Sheetal. A dynamic inventory optimization method applied to printer fleet management. 77
[17] Tolya. The design-build studio: crafting meaningful work in architecture education. 190
[18] Kianna. Road construction and technology. 89.
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