The project aims to construct and upgrade the 175km Dirgai Shabozai to Taunsa Sharif road in Balochistan and Punjab provinces at an estimated cost of Rs. 4795.980 million. The objectives are to reduce travel time, facilitate trade and transportation, and improve socioeconomic conditions in the region. Due to increased specifications, the total cost has been revised to Rs. 9,414.258 million, accounting for bridges, culverts, retaining walls, and increased carriageway width among other changes. Traffic studies project the average annual daily traffic will reach over 3,000 vehicles by 2024 with agriculture and mining sector growth.
This document provides a course syllabus for a Transportation Engineering course offered at the American University of Madaba. The syllabus outlines specifics of the course including its title, number, credit hours, meeting time and location, instructor, and required textbook. It also lists 9 main topics that will be covered in the course, with learning objectives for each topic. Assessment will include a midterm exam, quizzes, homework, a project, and a final exam. University policies on attendance, exams, assignments, and conduct in class are also outlined.
1) The document discusses form based codes for transit oriented development (TOD) communities. It argues that current development norms will lead to sprawl if densification is not properly guided.
2) Form based codes regulate development based on urban form rather than land use. They focus on the quality of the public realm and pedestrian experience. The document provides examples of how form based codes can require active ground floors, minimal setbacks, sufficient connectivity, and open spaces.
3) The document recommends adopting model form based codes at the national/state level as well as site specific codes. It provides examples of how codes can guide parameters like floor area ratio, parking requirements, and ensuring sufficient access to light and ventilation on sites
This presentation deals with all the major steps involved in the survey, selection of the most possible route and the designing of the highway.
It will brief u on all the major topics of highway designing
Pavement Design Report by priyanshu kumar 9608684800PRIYANSHU KUMAR
This document provides a pavement design report for the construction of road approaches to a rail-cum-road bridge across the River Ganga in Bihar, India. It outlines the design approach, methodology, input parameters, and results of flexible pavement design for the main carriageway using the IRC-37:2012 guidelines. Soil testing was conducted on existing subgrade soils and potential borrow areas. Based on a minimum CBR of 8%, borrow area soil with a 90th percentile CBR of 10.35% was deemed suitable for subgrade/embankment. The fatigue and rutting models were used to design a conventional flexible pavement with a predicted fatigue life and rutting life sufficient to meet the 30 million standard axle design
This document is a presentation on trumpet interchanges that is presented by 7 students from the Department of Civil Engineering. It defines a trumpet interchange as a road junction that uses grade separation and looped ramps to allow traffic to pass through without directly crossing other traffic streams. It provides information on the purpose of interchanges in reducing conflicts from vehicle crossings. It discusses some photos, advantages like lower construction costs and reduced accidents, disadvantages like requiring more land, and limitations to implementing trumpet interchanges in Bangladesh.
This document summarizes a student group's traffic volume study project. The group conducted manual counts at a location on Panthapath Street in Dhaka for 20 minutes, counting 1088 vehicles in total. They analyzed the data to determine vehicle types and directional distribution. Estimates were made for average daily traffic and annual average daily traffic based on expansion factors. However, limitations included a lack of 24-hour count data needed to develop an accurate daily traffic fluctuation curve. Recommendations included using automatic counts for better data accuracy and encouraging public transport use to improve the road's level of service.
Need ornamentation.This was a crude copy.Special Thanks to AUST'ian.BUET ian should make a new way of reporting.Dont mind to found enomous mistake in mine..It was prepared in a very short time
This document provides a course syllabus for a Transportation Engineering course offered at the American University of Madaba. The syllabus outlines specifics of the course including its title, number, credit hours, meeting time and location, instructor, and required textbook. It also lists 9 main topics that will be covered in the course, with learning objectives for each topic. Assessment will include a midterm exam, quizzes, homework, a project, and a final exam. University policies on attendance, exams, assignments, and conduct in class are also outlined.
1) The document discusses form based codes for transit oriented development (TOD) communities. It argues that current development norms will lead to sprawl if densification is not properly guided.
2) Form based codes regulate development based on urban form rather than land use. They focus on the quality of the public realm and pedestrian experience. The document provides examples of how form based codes can require active ground floors, minimal setbacks, sufficient connectivity, and open spaces.
3) The document recommends adopting model form based codes at the national/state level as well as site specific codes. It provides examples of how codes can guide parameters like floor area ratio, parking requirements, and ensuring sufficient access to light and ventilation on sites
This presentation deals with all the major steps involved in the survey, selection of the most possible route and the designing of the highway.
It will brief u on all the major topics of highway designing
Pavement Design Report by priyanshu kumar 9608684800PRIYANSHU KUMAR
This document provides a pavement design report for the construction of road approaches to a rail-cum-road bridge across the River Ganga in Bihar, India. It outlines the design approach, methodology, input parameters, and results of flexible pavement design for the main carriageway using the IRC-37:2012 guidelines. Soil testing was conducted on existing subgrade soils and potential borrow areas. Based on a minimum CBR of 8%, borrow area soil with a 90th percentile CBR of 10.35% was deemed suitable for subgrade/embankment. The fatigue and rutting models were used to design a conventional flexible pavement with a predicted fatigue life and rutting life sufficient to meet the 30 million standard axle design
This document is a presentation on trumpet interchanges that is presented by 7 students from the Department of Civil Engineering. It defines a trumpet interchange as a road junction that uses grade separation and looped ramps to allow traffic to pass through without directly crossing other traffic streams. It provides information on the purpose of interchanges in reducing conflicts from vehicle crossings. It discusses some photos, advantages like lower construction costs and reduced accidents, disadvantages like requiring more land, and limitations to implementing trumpet interchanges in Bangladesh.
This document summarizes a student group's traffic volume study project. The group conducted manual counts at a location on Panthapath Street in Dhaka for 20 minutes, counting 1088 vehicles in total. They analyzed the data to determine vehicle types and directional distribution. Estimates were made for average daily traffic and annual average daily traffic based on expansion factors. However, limitations included a lack of 24-hour count data needed to develop an accurate daily traffic fluctuation curve. Recommendations included using automatic counts for better data accuracy and encouraging public transport use to improve the road's level of service.
Need ornamentation.This was a crude copy.Special Thanks to AUST'ian.BUET ian should make a new way of reporting.Dont mind to found enomous mistake in mine..It was prepared in a very short time
Metro and monorail infrastructure development in indiaBhavya Jaiswal
1. The document discusses the development of metro rail and monorail infrastructure in India. It provides an overview of the existing metro rail systems in major cities like Delhi and Kolkata, as well as future planned systems. Metro rail provides benefits like reduced traffic, pollution, and fuel consumption but also has high costs.
2. Mumbai will be the first city in India to implement a monorail system, with additional cities planning monorail projects. Monorail systems have advantages of using less space and having lower construction costs than metro rail. However, monorails also have limitations like lower passenger capacity.
3. As populations grow, transportation infrastructure needs to advance to provide efficient transit options. Both metro
The document summarizes the Delhi Metro Rail project. It discusses that the Delhi metro was established in 1995 as a joint venture between the Government of India and the Government of National Capital Territory of Delhi to address Delhi's traffic issues. The first phase of the project was approved in 1996 and involved constructing three metro lines totaling 56 km and 50 stations to connect key areas in Delhi. The project was funded through equity investments as well as loans from the Japan Bank for International Cooperation. The Delhi Metro Rail Corporation oversees operations and generates revenue through fares, advertising, and real estate development.
Rail transport involves trains running along parallel steel rails called a railway or railroad. The rails are placed on a foundation of concrete or other materials and are held in place by perpendicular sleepers made of timber, concrete, or steel. Indian railways began construction in the 1850s and now consists of multiple zones with different rail gauges. Rail alignment is influenced by terrain and other factors. Rails come in different types but flat footed rails are now most common. Rail joints connect adjacent rails while sleepers support the rails and distribute weight.
This progress report summarizes the Rawalpindi-Islamabad Metro Bus project. It provides background on the population growth of Rawalpindi and Islamabad which led to traffic issues on Murree Road. It describes the joint decision by federal and provincial governments to fund the project 50-50. Accomplishments so far include construction of piles, pile caps, piers, and girders. Problems encountered include managing traffic, labor, and environmental issues. Future work includes completing the remaining 6 stations by March 2016. In conclusions, the report outlines that the corridor will be elevated in Rawalpindi and at-grade but signal-free in Islamabad, with a total of 24 stations and a central control room
INTERNSHIP REPORT ON FLEXIBLE PAVEMENT by SANJAY ACHARYA.pdfSANJAY ACHARYA
Here is my internship report on flexible pavement done under the guidance of PWD, Jodhpur.
I suggest you to take ideas from it but not copy it because An engineer build their own creation, he doest depend on others.
Hope this is of some help to you.
This can give you some ideas about the basics of education, especially it discusses some topics of education considering the context of Bangladesh Education.
The document provides information on monorails through a case study on the KL Monorail system in Kuala Lumpur, Malaysia. It begins with an introduction to monorails, describing them as transportation systems supported along a single rail or beam way. It then classifies different types of monorail systems based on their configuration and relationship to the beam way. The case study focuses on the KL Monorail, which opened in 2003, running 8.6 km on two elevated tracks and connecting major parts of downtown Kuala Lumpur. Key details are provided on its stations, rolling stock, and specifications.
This document summarizes a study on the design of flexible pavements. It includes an abstract that outlines a comparison of total present costs between flexible pavement and jointed plain concrete pavement for two case study roads. The document then lists contents that will be covered, including introduction to flexible pavements and their layers/functions, different flexible pavement design approaches, testing and materials used, construction processes, and a conclusion. It provides an overview of flexible pavement requirements, types, load transfer mechanisms, and common flexible pavement constructions.
The document provides details about the Delhi Metro rail system in India. It discusses the history and development of the metro over multiple phases since 2002. Key points include the six existing metro lines covering over 189 km, plans for further expansion through Phases III and IV, funding primarily from Japan, and the metro's profitability without subsidies due to revenue streams like advertising and property development. Security is handled by CISF forces and includes CCTV monitoring.
Dr. F. Dejahang discusses the benefits of precast concrete bridges, including lower initial costs than other bridge types, minimal required maintenance, and fast/easy construction. Precast bridges have assured quality from manufacturing in a controlled plant environment, are durable, attractive, and allow for minimal traffic disruption during construction as precast elements can be quickly installed. Bridge piers and decks can be constructed from precast concrete segments assembled on site. Erection gantries are used to lift and install large precast concrete segments for viaduct construction.
The document discusses various types of pavement failures including flexible and rigid pavement failures. For flexible pavements, failures include surface deformation (rutting, corrugation, shoving), cracking (fatigue, transverse, longitudinal), disintegration (potholes, patches), and surface defects (raveling, bleeding). Common causes are poor soil, inferior materials, improper geometry, overloading, and environmental factors. Maintenance techniques to address failures include bituminous surface treatments, asphalt overlays, slurry seals, and crack sealing. For rigid pavements, failures discussed are spalling at joints, scaling of cement concrete, and shrinkage cracks.
This document summarizes the key aspects of the 1962 Delhi Master Plan. It was prepared by the Delhi Development Authority and approved by the Central Government to guide the planned development of Delhi and check its haphazard growth. Some of the major recommendations of the plan include redeveloping parts of the Old City by acquiring land for community facilities, widening major roads, relocating squatters, rationally distributing residential densities, extending the Connaught Place commercial area, decentralizing commercial activity through district shopping centers, locating new areas for government offices and industries, and establishing wholesale food and timber markets in designated zones. The plan also includes zoning and sub-division regulations to guide new development.
IRJET- A Study of Cement Treated Base and Sub Base in Flexible PavementIRJET Journal
This document summarizes a study on using cement treated base and sub-base layers in flexible pavements. It finds that traditional base materials require large quantities and have high costs. Cement treatment can increase strength while reducing needed material. The study examines reasons for flexible pavement failure, traditional and cement treated designs, and compares performance and costs of the two methods using a test section on a highway. It concludes cement treatment provides better strength and performance at a lower overall construction cost.
The document provides an overview of the different types of bridges based on various classification categories. Bridges can be classified based on their form of superstructure, construction materials used, usage, interspan relation, service period, movement of parts, navigation facility, position of floor, submergence condition, level of crossing, span, and alignment. Common types of bridges include beam, truss, arch, tied arch, suspension, and cable-stayed bridges.
This document provides details on the design of multi-level station piers for elevated metro corridors. It describes the main components of the station pier, including the main pier, pier above the concourse arm, and pier above the pier cap. It discusses the forces acting on the piers, including axial, shear, moment, and torsion forces. It also provides details on the geometric dimensions, cable profiling, reinforcement, and design considerations for the piers.
Road Development plans of India-Transportation EngineeringSayli Madhale
The document summarizes the key road development plans in India over the 20th century. It discusses the Jayakar Committee, which recommended that the central government take charge of road development as a matter of national interest. This led to the establishment of the Indian Road Congress in 1934 to formulate road standards. Major plans included the 1943 Nagpur Road Plan, which set targets for different road categories, and the 1961 Bombay Road Plan and 1981 Lucknow Road Plan, which continued expanding and improving the road network in India.
This document provides information on railway level crossings and their classification. It discusses that railway crossings should be located away from stations and marshalling yards if possible. It classifies crossings into four classes based on the type of road. It provides specifications for minimum distances between gates and outside gates for different classes. It also discusses the surface, gates, lights, signs, and slope requirements for railway crossings.
Construction sequence for metro Project (Elevated and Underground) and Time c...Akhilesh Shukla
Construction sequence for metro Project (Elevated and Underground) and Time cycle of the metro construction activity . For more details u can contact me on my mail id -shuklaakhilesh08@gmail.com
This document presents a summary of a presentation on analyzing and designing an RCC box culvert using ETABS. The presentation covers the objectives of determining loads, structurally designing the culvert, designing reinforcement, and analyzing the design in ETABS. It describes the culvert's design parameters from its hydraulic design and dimensions. It also details the typical reinforcement in the slab and walls. The conclusion recommends reinforcement sizes and validates the hand calculations with ETABS analysis results.
Preparation of Model Detailed Project Report for upgradation of existing rural roads of WBM and Gravel surface roads to the standards of Rigid pavement (Cement Concrete) and Flexible pavement (Bituminous Surface) as per AIIB bank norms and World Bank norms with profarmae and maps.
This document is a training report submitted for partial fulfillment of a Bachelor of Technology degree in Civil Engineering. It details a project on road widening and upgradation of the 41 km Chandauli-Saidpur road (SH-69) in Uttar Pradesh, India. The report includes an acknowledgment, declaration, specification, introduction, measurement details, drawings, bill of quantity, responsibilities and objectives. It also describes concreting work done, provides an abstract of costs, and details on-site experiments to determine concrete penetration and compressive strength. The conclusion states that dividing the road into lanes has avoided traffic jams in Chandauli.
Metro and monorail infrastructure development in indiaBhavya Jaiswal
1. The document discusses the development of metro rail and monorail infrastructure in India. It provides an overview of the existing metro rail systems in major cities like Delhi and Kolkata, as well as future planned systems. Metro rail provides benefits like reduced traffic, pollution, and fuel consumption but also has high costs.
2. Mumbai will be the first city in India to implement a monorail system, with additional cities planning monorail projects. Monorail systems have advantages of using less space and having lower construction costs than metro rail. However, monorails also have limitations like lower passenger capacity.
3. As populations grow, transportation infrastructure needs to advance to provide efficient transit options. Both metro
The document summarizes the Delhi Metro Rail project. It discusses that the Delhi metro was established in 1995 as a joint venture between the Government of India and the Government of National Capital Territory of Delhi to address Delhi's traffic issues. The first phase of the project was approved in 1996 and involved constructing three metro lines totaling 56 km and 50 stations to connect key areas in Delhi. The project was funded through equity investments as well as loans from the Japan Bank for International Cooperation. The Delhi Metro Rail Corporation oversees operations and generates revenue through fares, advertising, and real estate development.
Rail transport involves trains running along parallel steel rails called a railway or railroad. The rails are placed on a foundation of concrete or other materials and are held in place by perpendicular sleepers made of timber, concrete, or steel. Indian railways began construction in the 1850s and now consists of multiple zones with different rail gauges. Rail alignment is influenced by terrain and other factors. Rails come in different types but flat footed rails are now most common. Rail joints connect adjacent rails while sleepers support the rails and distribute weight.
This progress report summarizes the Rawalpindi-Islamabad Metro Bus project. It provides background on the population growth of Rawalpindi and Islamabad which led to traffic issues on Murree Road. It describes the joint decision by federal and provincial governments to fund the project 50-50. Accomplishments so far include construction of piles, pile caps, piers, and girders. Problems encountered include managing traffic, labor, and environmental issues. Future work includes completing the remaining 6 stations by March 2016. In conclusions, the report outlines that the corridor will be elevated in Rawalpindi and at-grade but signal-free in Islamabad, with a total of 24 stations and a central control room
INTERNSHIP REPORT ON FLEXIBLE PAVEMENT by SANJAY ACHARYA.pdfSANJAY ACHARYA
Here is my internship report on flexible pavement done under the guidance of PWD, Jodhpur.
I suggest you to take ideas from it but not copy it because An engineer build their own creation, he doest depend on others.
Hope this is of some help to you.
This can give you some ideas about the basics of education, especially it discusses some topics of education considering the context of Bangladesh Education.
The document provides information on monorails through a case study on the KL Monorail system in Kuala Lumpur, Malaysia. It begins with an introduction to monorails, describing them as transportation systems supported along a single rail or beam way. It then classifies different types of monorail systems based on their configuration and relationship to the beam way. The case study focuses on the KL Monorail, which opened in 2003, running 8.6 km on two elevated tracks and connecting major parts of downtown Kuala Lumpur. Key details are provided on its stations, rolling stock, and specifications.
This document summarizes a study on the design of flexible pavements. It includes an abstract that outlines a comparison of total present costs between flexible pavement and jointed plain concrete pavement for two case study roads. The document then lists contents that will be covered, including introduction to flexible pavements and their layers/functions, different flexible pavement design approaches, testing and materials used, construction processes, and a conclusion. It provides an overview of flexible pavement requirements, types, load transfer mechanisms, and common flexible pavement constructions.
The document provides details about the Delhi Metro rail system in India. It discusses the history and development of the metro over multiple phases since 2002. Key points include the six existing metro lines covering over 189 km, plans for further expansion through Phases III and IV, funding primarily from Japan, and the metro's profitability without subsidies due to revenue streams like advertising and property development. Security is handled by CISF forces and includes CCTV monitoring.
Dr. F. Dejahang discusses the benefits of precast concrete bridges, including lower initial costs than other bridge types, minimal required maintenance, and fast/easy construction. Precast bridges have assured quality from manufacturing in a controlled plant environment, are durable, attractive, and allow for minimal traffic disruption during construction as precast elements can be quickly installed. Bridge piers and decks can be constructed from precast concrete segments assembled on site. Erection gantries are used to lift and install large precast concrete segments for viaduct construction.
The document discusses various types of pavement failures including flexible and rigid pavement failures. For flexible pavements, failures include surface deformation (rutting, corrugation, shoving), cracking (fatigue, transverse, longitudinal), disintegration (potholes, patches), and surface defects (raveling, bleeding). Common causes are poor soil, inferior materials, improper geometry, overloading, and environmental factors. Maintenance techniques to address failures include bituminous surface treatments, asphalt overlays, slurry seals, and crack sealing. For rigid pavements, failures discussed are spalling at joints, scaling of cement concrete, and shrinkage cracks.
This document summarizes the key aspects of the 1962 Delhi Master Plan. It was prepared by the Delhi Development Authority and approved by the Central Government to guide the planned development of Delhi and check its haphazard growth. Some of the major recommendations of the plan include redeveloping parts of the Old City by acquiring land for community facilities, widening major roads, relocating squatters, rationally distributing residential densities, extending the Connaught Place commercial area, decentralizing commercial activity through district shopping centers, locating new areas for government offices and industries, and establishing wholesale food and timber markets in designated zones. The plan also includes zoning and sub-division regulations to guide new development.
IRJET- A Study of Cement Treated Base and Sub Base in Flexible PavementIRJET Journal
This document summarizes a study on using cement treated base and sub-base layers in flexible pavements. It finds that traditional base materials require large quantities and have high costs. Cement treatment can increase strength while reducing needed material. The study examines reasons for flexible pavement failure, traditional and cement treated designs, and compares performance and costs of the two methods using a test section on a highway. It concludes cement treatment provides better strength and performance at a lower overall construction cost.
The document provides an overview of the different types of bridges based on various classification categories. Bridges can be classified based on their form of superstructure, construction materials used, usage, interspan relation, service period, movement of parts, navigation facility, position of floor, submergence condition, level of crossing, span, and alignment. Common types of bridges include beam, truss, arch, tied arch, suspension, and cable-stayed bridges.
This document provides details on the design of multi-level station piers for elevated metro corridors. It describes the main components of the station pier, including the main pier, pier above the concourse arm, and pier above the pier cap. It discusses the forces acting on the piers, including axial, shear, moment, and torsion forces. It also provides details on the geometric dimensions, cable profiling, reinforcement, and design considerations for the piers.
Road Development plans of India-Transportation EngineeringSayli Madhale
The document summarizes the key road development plans in India over the 20th century. It discusses the Jayakar Committee, which recommended that the central government take charge of road development as a matter of national interest. This led to the establishment of the Indian Road Congress in 1934 to formulate road standards. Major plans included the 1943 Nagpur Road Plan, which set targets for different road categories, and the 1961 Bombay Road Plan and 1981 Lucknow Road Plan, which continued expanding and improving the road network in India.
This document provides information on railway level crossings and their classification. It discusses that railway crossings should be located away from stations and marshalling yards if possible. It classifies crossings into four classes based on the type of road. It provides specifications for minimum distances between gates and outside gates for different classes. It also discusses the surface, gates, lights, signs, and slope requirements for railway crossings.
Construction sequence for metro Project (Elevated and Underground) and Time c...Akhilesh Shukla
Construction sequence for metro Project (Elevated and Underground) and Time cycle of the metro construction activity . For more details u can contact me on my mail id -shuklaakhilesh08@gmail.com
This document presents a summary of a presentation on analyzing and designing an RCC box culvert using ETABS. The presentation covers the objectives of determining loads, structurally designing the culvert, designing reinforcement, and analyzing the design in ETABS. It describes the culvert's design parameters from its hydraulic design and dimensions. It also details the typical reinforcement in the slab and walls. The conclusion recommends reinforcement sizes and validates the hand calculations with ETABS analysis results.
Preparation of Model Detailed Project Report for upgradation of existing rural roads of WBM and Gravel surface roads to the standards of Rigid pavement (Cement Concrete) and Flexible pavement (Bituminous Surface) as per AIIB bank norms and World Bank norms with profarmae and maps.
This document is a training report submitted for partial fulfillment of a Bachelor of Technology degree in Civil Engineering. It details a project on road widening and upgradation of the 41 km Chandauli-Saidpur road (SH-69) in Uttar Pradesh, India. The report includes an acknowledgment, declaration, specification, introduction, measurement details, drawings, bill of quantity, responsibilities and objectives. It also describes concreting work done, provides an abstract of costs, and details on-site experiments to determine concrete penetration and compressive strength. The conclusion states that dividing the road into lanes has avoided traffic jams in Chandauli.
ANPARA D FGD PPT 07.06.2023-M (2).pptxssuser3797b9
The chairman reviewed the FGD project at Anpara power plant. Based on the contractor's revised schedule, the expected completion dates for the two units are June 2024 and September 2024, which is later than the previous dates. The project progress is currently at 33% overall. Several milestones are delayed compared to the original schedule. The contractor has deployed 413 workers which is less than the promised 500. Critical issues include a subcontractor stopping work due to payment issues and insufficient material and equipment. The contractor has also submitted a claim notice seeking an equitable price adjustment of over USD 10 million and INR 232 crores citing unforeseen conditions and changes in law.
This document provides details of a highway construction project undertaken by Apco Infratech Pvt. Ltd. It summarizes the key project details including the client (IL & FS), location (Barwa-Adda-Panagarh section of NH-2 in Jharkhand and West Bengal), scope (6-laning of 43.325 km road), and contract value (Rs. 488 crores). It then provides progress updates on the status of road widening and structure construction works. Tables outline the monthly work planned and progress achieved between November 2015 to March 2016. Overall, it reports on the construction and management of a major highway project.
Construction of 440 meter Heavy motor vehicle Dobra Chanthi Suspension bridge project over Tehri Dam reservoir in Distt Tehri Garhwal, Uttarakhand, India
This document provides details about the design and construction of the new Mandovi Bridge in Goa, India. The key points are:
- Larsen & Toubro Ltd was contracted to build the bridge, with a contract value of Rs. 403 crores.
- The new cable-stayed bridge is designed to have 4 lanes and is 3771 meters long to improve traffic flow on National Highway 17 between Mumbai and Kochi through Goa.
- Wind tunnel testing was conducted to determine aerodynamic coefficients for the bridge deck.
- Construction involved extensive piling work, both on land and in the river using a jackup barge, as well as setting up casting yards to prepare bridge segments.
This document provides information on land use assumptions and transportation impact fee calculations for the City of College Station. It includes details on the impact fee service areas, land use projections developed based on the future land use plan and historical growth patterns, and 10-year residential and employment projections by service area. Sample impact fee capital improvement plans and cost calculations are also presented for individual service areas to demonstrate how the roadway impact fees are determined.
The monthly progress report summarizes the progress of 6 road construction projects in Assam funded by the Asian Infrastructure Investment Bank. It provides details of total length, cost, construction period and milestones for each project. Physical progress is reported at 0.10% of the targeted work with financial progress at 0% as construction is yet to begin for most projects. Culvert construction has started for one project with 0.60% progress. Overall, construction is in the preliminary stage with no progress achieved for most items of work across the different projects during the reported month of October 2022.
The document discusses a project to construct an elevated road corridor from AIIMS to Digha in Patna, Bihar. Some key details:
- The 11.9km elevated corridor will help reduce traffic congestion and journey times between AIIMS and Digha.
- The project is being executed by Gammon India Ltd on an EPC basis for Bihar State Road Development Corporation.
- The alignment involves both elevated and at-grade sections. Major structures include bridges at Bailey Road and over the railway line.
- Project completion was originally scheduled for October 2016 but has been extended until August 2017 due to changes in scope.
The document summarizes the FY 2009 budget for the City of Duluth. Total expenditures are $38.57 million, with $21.06 million allocated for city operations and $17.51 million for capital improvements. Revenues including grants, special purpose local option sales taxes (SPLOST), and prior year reserves total $38.57 million to balance the budget. The budget details expenditures by department for city operations and lists capital improvement projects ranked by funding criteria.
Gauteng Freeway Improvement Plan (GFIP) CostsTristan Wiggill
This document discusses SANRAL's high costs for road construction projects in South Africa, specifically the Gauteng Freeway Improvement Project (GFIP). It analyzes the costs for each work package of the GFIP and finds that SANRAL overpaid by as much as R10 billion total. Work Package G is used as a case study, and OUTA's calculations based on the tender documents show this package was overpriced by 13.7%, or R95.9 million. The document raises concerns about lack of transparency and accountability in SANRAL's project costs.
Construction of 260+440+25 Span Heavy Motor Vehicle Class 18R two lane loading Dobra Chanthi Suspension bridge Over Tehri Dam Reservoir i District Tehri Garhwal, Uttarakhand
BPCL review meeting ppt giving an overview of all the works related to oil and gas industry. Explain about all the aspects of oil and gas sectors from extracting crude oil from sea also known as fossil fuel to how it's refined to serve different sectors of energy. It also explains about their current progress quarterly wise. There are four quarters in a year and BPCL manager, Geographical Area Head provide all the details of energy sector for headquarters reporting.
Engineering performance reivew for GM ADB-MUE.pptxFaizanRaza76
This document provides a summary of engineering works and performance on the Southcentral Railway Nanded Division for the period up to October 15th, 2019. Some key details include:
- The division has a total route length of 988 km including 812 km of BG track and 176 km of MG track.
- Major track renewal works underway include through rail renewal, through sleeper renewal, through weld renewal and through fitting renewal.
- Other infrastructure projects include elimination of level crossings, rebuilding of bridges, tree plantation activities and passenger amenities works like construction of foot over bridges and high level platforms.
- Safety related works to prevent rail failures include deep screening of tracks, renewal of welds and
Improvement and Asphalting of State Highway and Major District Road of Koppal...IRJET Journal
This document summarizes a study on improving and asphalting sections of state highway SH-63 and major district road in Koppal District, Karnataka, India. Field studies were conducted to determine existing road conditions and traffic volumes. For the 8.1 km section of SH-63 from Mudhol to Hiremyageri, 4.6 km was proposed for reconstruction and 3.5 km for resurfacing. For the 7.75 km section of major district road from Mannapur to Kukanur, detailed designs and cost estimates were developed. The proposed improvements are needed due to deterioration of the existing pavement and increasing traffic from vehicles such as granite trucks and agricultural vehicles. The total estimated cost for improving both
This document provides a profile for establishing a 37 tonne per year carbon brush production plant in Ethiopia. It finds that the present demand is 24 tonnes annually, projected to reach 52 tonnes by 2017. The plant will employ 26 people at a total investment of 6.8 million Birr. The project has an internal rate of return of 20% and net present value of 3.1 million Birr, making it financially viable.
The Lac qui Parle County Highway Department 5-Year Construction Plan for 2014-2018 outlines road and bridge projects to be completed each year. Factors considered for prioritization include infrastructure lifecycle, pavement/bridge quality ratings, traffic volume, accident data, and funding availability. Though intended to guide budgeting and planning, the plan may be adjusted based on changing funding levels or directives from the County Board. Projects listed include bituminous overlays, gradings, and bridge replacements on various County State Aid Highways and township bridges each year from 2013 to 2018.
The Lac qui Parle County Highway Department 5-Year Construction Plan for 2014-2018 outlines road and bridge projects to be completed each year. Factors considered for prioritizing projects include road conditions, traffic volume, bridge sufficiency ratings, safety, and available funding. Though intended to guide budgeting and planning, the plan may be adjusted based on changing needs, funding levels, or directives from the County Board. Projects listed include bituminous overlays, gradings, and bridge replacements on various county state aid highways and township bridges throughout the county.
Literature Review Basics and Understanding Reference Management.pptxDr Ramhari Poudyal
Three-day training on academic research focuses on analytical tools at United Technical College, supported by the University Grant Commission, Nepal. 24-26 May 2024
Electric vehicle and photovoltaic advanced roles in enhancing the financial p...IJECEIAES
Climate change's impact on the planet forced the United Nations and governments to promote green energies and electric transportation. The deployments of photovoltaic (PV) and electric vehicle (EV) systems gained stronger momentum due to their numerous advantages over fossil fuel types. The advantages go beyond sustainability to reach financial support and stability. The work in this paper introduces the hybrid system between PV and EV to support industrial and commercial plants. This paper covers the theoretical framework of the proposed hybrid system including the required equation to complete the cost analysis when PV and EV are present. In addition, the proposed design diagram which sets the priorities and requirements of the system is presented. The proposed approach allows setup to advance their power stability, especially during power outages. The presented information supports researchers and plant owners to complete the necessary analysis while promoting the deployment of clean energy. The result of a case study that represents a dairy milk farmer supports the theoretical works and highlights its advanced benefits to existing plants. The short return on investment of the proposed approach supports the paper's novelty approach for the sustainable electrical system. In addition, the proposed system allows for an isolated power setup without the need for a transmission line which enhances the safety of the electrical network
Presentation of IEEE Slovenia CIS (Computational Intelligence Society) Chapte...University of Maribor
Slides from talk presenting:
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IEEE Slovenia GRSS
IEEE Serbia and Montenegro MTT-S
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11TH INTERNATIONAL CONFERENCE ON ELECTRICAL, ELECTRONIC AND COMPUTING ENGINEERING
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DEEP LEARNING FOR SMART GRID INTRUSION DETECTION: A HYBRID CNN-LSTM-BASED MODELgerogepatton
As digital technology becomes more deeply embedded in power systems, protecting the communication
networks of Smart Grids (SG) has emerged as a critical concern. Distributed Network Protocol 3 (DNP3)
represents a multi-tiered application layer protocol extensively utilized in Supervisory Control and Data
Acquisition (SCADA)-based smart grids to facilitate real-time data gathering and control functionalities.
Robust Intrusion Detection Systems (IDS) are necessary for early threat detection and mitigation because
of the interconnection of these networks, which makes them vulnerable to a variety of cyberattacks. To
solve this issue, this paper develops a hybrid Deep Learning (DL) model specifically designed for intrusion
detection in smart grids. The proposed approach is a combination of the Convolutional Neural Network
(CNN) and the Long-Short-Term Memory algorithms (LSTM). We employed a recent intrusion detection
dataset (DNP3), which focuses on unauthorized commands and Denial of Service (DoS) cyberattacks, to
train and test our model. The results of our experiments show that our CNN-LSTM method is much better
at finding smart grid intrusions than other deep learning algorithms used for classification. In addition,
our proposed approach improves accuracy, precision, recall, and F1 score, achieving a high detection
accuracy rate of 99.50%.
Comparative analysis between traditional aquaponics and reconstructed aquapon...bijceesjournal
The aquaponic system of planting is a method that does not require soil usage. It is a method that only needs water, fish, lava rocks (a substitute for soil), and plants. Aquaponic systems are sustainable and environmentally friendly. Its use not only helps to plant in small spaces but also helps reduce artificial chemical use and minimizes excess water use, as aquaponics consumes 90% less water than soil-based gardening. The study applied a descriptive and experimental design to assess and compare conventional and reconstructed aquaponic methods for reproducing tomatoes. The researchers created an observation checklist to determine the significant factors of the study. The study aims to determine the significant difference between traditional aquaponics and reconstructed aquaponics systems propagating tomatoes in terms of height, weight, girth, and number of fruits. The reconstructed aquaponics system’s higher growth yield results in a much more nourished crop than the traditional aquaponics system. It is superior in its number of fruits, height, weight, and girth measurement. Moreover, the reconstructed aquaponics system is proven to eliminate all the hindrances present in the traditional aquaponics system, which are overcrowding of fish, algae growth, pest problems, contaminated water, and dead fish.
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Car accident rates have increased in recent years, resulting in losses in human lives, properties, and other financial costs. An embedded machine learning-based system is developed to address this critical issue. The system can monitor road conditions, detect driving patterns, and identify aggressive driving behaviors. The system is based on neural networks trained on a comprehensive dataset of driving events, driving styles, and road conditions. The system effectively detects potential risks and helps mitigate the frequency and impact of accidents. The primary goal is to ensure the safety of drivers and vehicles. Collecting data involved gathering information on three key road events: normal street and normal drive, speed bumps, circular yellow speed bumps, and three aggressive driving actions: sudden start, sudden stop, and sudden entry. The gathered data is processed and analyzed using a machine learning system designed for limited power and memory devices. The developed system resulted in 91.9% accuracy, 93.6% precision, and 92% recall. The achieved inference time on an Arduino Nano 33 BLE Sense with a 32-bit CPU running at 64 MHz is 34 ms and requires 2.6 kB peak RAM and 139.9 kB program flash memory, making it suitable for resource-constrained embedded systems.
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The proper function of the integrated circuit (IC) in an inhibiting electromagnetic environment has always been a serious concern throughout the decades of revolution in the world of electronics, from disjunct devices to today’s integrated circuit technology, where billions of transistors are combined on a single chip. The automotive industry and smart vehicles in particular, are confronting design issues such as being prone to electromagnetic interference (EMI). Electronic control devices calculate incorrect outputs because of EMI and sensors give misleading values which can prove fatal in case of automotives. In this paper, the authors have non exhaustively tried to review research work concerned with the investigation of EMI in ICs and prediction of this EMI using various modelling methodologies and measurement setups.
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Using recycled concrete aggregates (RCA) for pavements is crucial to achieving sustainability. Implementing RCA for new pavement can minimize carbon footprint, conserve natural resources, reduce harmful emissions, and lower life cycle costs. Compared to natural aggregate (NA), RCA pavement has fewer comprehensive studies and sustainability assessments.
Recycled Concrete Aggregate in Construction Part III
Dirgi shabozai 8 9-2019
1. FEDRAL PSDP No. 184 /2019-20
PROVINCIAL PSDP No. 351/2019-20
ESTIMATED COST Rs. 4795.980 MILLION Aug 2019
2. Following objectives shall be accruing from the
implementation of project:
Reduction in travelling time and economization of fuel consumption of transport;
1) Provision of an alternate route to control law & order situation of the province, as
and when require;
2) Reduction in the traffic volume and intensity on the national high way N-70,
thereby improving the level of service of later;
3) Facilitation and enhancement of education, health, living standards and social as
well as economic values of the most thickly populated area of the province of
Balochitsan;
4) Facilitation leading to enhanced trade & business between Balochistan and
Punjab provinces;
5) Enhancement of mineral development i.e. oil, gas, choromites, uranium and other
precious mineral available in the area through facilitation of access;
6) Facilitation of expeditious transport of fruits, wheat and livestock of the area to
the other parts of province / country;
3. QUETTA TO SUKKUR TO DG
KHAN TO TOUNSA
QUETTA TO LORALAI TO DG
KHAN TO TOUNSA
QUETTA TO LORALAI
TO TOUNSA
QUETTA TO SUKKUR LENGTH
389 KM
QUETTA TO LORALAI LENGTH
216.00 KM
QUETTA TO LORALAI
LENGTH 216.00 KM
(SPERA RAGHA)
SUKKUR TO DERA GHAZI
KAHN LENGTH 368 KM
LORALAI TO DERA GHAZI
KHAN LENGTH 275.00 KM
LORALAI TO DIRGI
LENGTH 20.00 KM
TAUNSA TO DERA GHAZI
KAHN LENGTH 83.00 KM
TAUNSA TO DERA GHAZI
KAHN LENGTH 83.00 KM
DIRGI TO TOUNSA
(BALOCHISTAN
BORDER) LENGTH
175.00 KM
BALOCHISTAN BORDER
TO TOUNSA CITY
LENGTH 60.00 KM
820.00 KM 574.00 KM 471.00 KM
PROJECT JUSTIFICATION
4.
5. Length started from : Dargai Shabwozai to Taunsa(via Murgha Kibzai Musa Khil
175.00 Km
6. Length started from : Dargai Shabwozai to Murghakibzai 68.00 Km
Existing Road Was Constructed 28 km by the: C&W
28km Existing Road Condition :- Metal Road
28km Existing Road surface:- Partially Damaged
Balance 40 Km Road:- jeep able track
Package -1
(34 km)
Package -2
(34 km)
7. Murghakibzai to Sarghundi 29 km
Existing Road Was Constructed by the:
Existing Road Condition :- jeep able track
Existing Surface:-
Package -3
(29 km)
8. Surghundi to Musa Khail 21.00 Km
Musa Khail Bazar to Sami Aghbarg 10.00 Km
Existing Road Was Constructed by the:
Existing Road Condition :- Metal Road
Existing Surface:- 50% Damage
Sarghundi
Package -4
(31 km)
9. Sami Aghbarg to Tangisar 21 km
Existing Road Was Constructed by the: B.D.A
Existing Surface:- 3.66 Mater
Package -5
(21 km)
10. Tangisar to Drug (Katba Border) 26 km
Existing Road 12km Was Constructed by the: B.D.A
Existing Surface:- 3.66 Mater
Balance 14 Km Road:- jeep able track
Package -6
(21 km)
11. Katba Border to Gulki 35 km
Existing Road Was Constructed by the: Pak.PWD
Existing Road Condition :- In progress
Road Width of existing Surface:- 6.10 Mater
12. Gulki to taunsa Chungi Chowk 22 km
Existing Road Was Constructed by the: Govt. of Punjab
Existing Road Condition :- complete
Road Width of existing Surface:- 6.10 Mater
18. • CONSTRUCTION/UP-GRADATION OF DIRGAI SHABOZAI (N-70) TO
TAUNSA SHARIF (N-55) ROAD PROJECT PSDP/2019-20 FEDERAL-
184 PROVINCIAL-351 ESTIMATED COST RS. 4795.980 MILLION.
•
• i) INTRODUCTION/BRIEF OF THE PROJECT
•
• The Project namely “Construction/Up-gradation of Dirgai Shabozai (N-70) to Taunsa
Sharif (N-55) Road Project PSDP/2018-19 FEDERAL-184 PROVINCIAL-351” was approved
in the meeting of Executive Committee of the National Economic Council on 13.09.2013
vide letter No. F.3/3/2013-Com dated Islamabad 16th September, 2013 at a total cost of
Rs. 4795.980 Million. The source of funds of project is 60% Federal/ 40% Provincial. It
has a total length of 175 K.M aimed at inter-connecting Balochistan & Punjab Provinces.
The project starts from Loralai at N-70 and connects Taunsa Sharif in Punjab at N-55. The
project is going to be an alternate and shortest route, reducing a distance of 103 K.M
between Quetta and Punjab. The project is a black top T.S.T road with width of 20 ft and
provided with 6 ft shoulders on each side. Initially the Executing Agency was Balochistan
Development Authority (BDA), who incurred the expenditure upto Rs. 40.000 Million
during 2015-2016. The Project was transferred to Communication & Works Department,
Government of Balochistan, on 12th January, 2017 vide Planning Development and
Reform Islamabad letter No. 16 (66)PLA-III/2011, dated 12.th January, 2017. The date of
start and completion is as under:-.
• Date of start Proposed. 28.09.2013
• Date of start Actual 01.05.2017
• Date of Completion Proposed 30.12.2016
• Date of completion Actual 30.06.2020 (Subject to
• availability of funds)
19. Original Proposal Approved by the
PDWP and Submitted to ECNEC on 04-
10-2013
Sr.No Description Cost in Million
1. Bill No. 1 to 6 4810.00
2. Bill No. 7 89.69
3. BDA & Police Building, Toll Plaza 100.000
Total 4999.89
Physical Contingency @3% 149.000
Establishment Charges @2% 100.000
Consultancy Services Detail Design & Construction
Supervision
250.000
Escalation/ Price Contingencies 500.00
Afforestation, Environmental 25.000
Sub Total 6023.89
20. Approval of the ECNEC in September,
2013
Sr.No Description Cost in Million Approved
1. Bill No. 1 to 6 4810.00 4159.69
2. Bill No. 7 89.69 65.84
3. BDA & Police Building, Toll Plaza 100.000 -
Total 4999.89 4225.53
Physical Contingency @3% 149.000 95.07
Establishment Charges @2% 100.000 95.07
Consultancy Services Detail Design &
Construction Supervision
250.000 169.02
Escalation/ Price Contingencies 500.00 274.66
Afforestation, Environmental 25.000 0
Sub Total 6023.89 4859.35
21. GENERAL ABSTRACT OF COST (CARRIAGE WAY 7.32 M ASPHLAT WEARING 2" ) Option # 1
S.NO Description
Orignal Total
PC-1
Amount
(Pak Rs.)
Revised Total
PC-1
Amount
(Pak Rs.)
Difference
Percentage
Difference(%
)
Remarks
A ROAD WORKS
1. In consensus with the P&D
Department it was decided to raise
the standard specification since the
present road structure proposed in
the original PC-1 will not be able to
with stand the anticipated traffic
loads. The Pavement as per sub
grade CBR and traffic load needed is
as following. (A) RD 0+000 to
68+000 and RD 97+000 to 150+000
the road structure will be 50mm
Wearing Course, 300mm Aggregate
Base course and 150mm granuler
sub base
(B) RD 68+000 to 97+000 and RD
150+000 to 175+000 the road
structure will be 50mm Wearing
Course, 300mm Aggregate Base
course and 350mm granuler sub
base
2. To make the project fully
operational following additional
components will be required which
were not cater in the original PC-1
(a) Bridges 5 No.
(b) Culverts. 215 No
(c) Retaining wall 10960 Rm
(e) Replacement of WBM with
Aggregate Base (f) Replacement of
TST with Asphalt Carpeting (g) Land&
PropertyCompensation
3. The width of the carriageway is
proposed to be increase from 6.10 M
to the standard width of two lanes
road which is 7.32 m.
1 EARTH WORK 1,136,359,412 1,027,467,380 (108,892,032) -9.58%
2 SUB BASE AND BASE COURSE 457,035,947 974,392,829 517,356,882 113.20%
3 SURFACE COURSE AND PAVEMENT 343,802,039 1,945,514,494 1,601,712,455 465.88%
B STRUCTURES WORKS
1 Box and Pipe Culverts 962,090,000 1,352,021,747 389,931,747 40.53%
2 Drain and Retaining Wall 814,380,000 1,475,813,863 661,433,863 81.22%
3 ANCILLARY WORKS
-
3,556,674 3,556,674 100.00%
4
C
22. GENERAL ABSTRACT OF COST (CARRIAGE WAY 7.32 M ASPHLAT WEARING 2" ) Option # 1
S.NO Description
Orignal Total
PC-1
Amount
(Pak Rs.)
Revised Total
PC-1
Amount
(Pak Rs.)
Difference
Percentage
Difference(%
)
Remarks
C BRIDGE WORKS 446,020,000 859,437,136 413,417,136 92.69%
SUB TOTAL 4,159,687,398 7,647,628,880
D General Item 65,840,000 197,585,748
TOTAL (A+B+C+D+E) 4,225,527,398 7,845,214,628
E
Physical Contingencies @ 3%on
(A+B+C+D) 84,510,000 235,356,438.84
F
Establishment Charges @ 2%on
(A+B+C+D) 42,260,000 156,904,293
G
Consultnacy Charges @ 5% on
(A+B+C+D) 169,020,000 392,260,731
H
Price Escalation/Contingencies@ 10%
on (A+B+C+D) 274,660,000 784,521,462.80
Total Capital Cost. (A to H)
4,795,977,398 9,414,257,554 4,618,280,156
Total Cost (Million)
4,795.977 9,414.258 4,618.280 96.29%
23. Comparative Statement of Structures
As per Bid Revised / Modify
S No. Description Unit P #1 P #2 P #3 P #4 P #5 P #6 Total S No. Description Unit P #1 P #2 P #3 P #4 P #5 P #6 Total
Differenc
e
1 Box Culverts No 109 103 107 86 92 103 600 1 Box Culverts No 141 78 114 146 212 61 752 152
2 Pipe Culvert No 13 40 7 40 6 8 114 2 Pipe Culvert No 15 58 7 18 0 0 98 -16
3
R.C.C
Retaining
Wall
RM 2300 1050 1075 350 200 1025 6000 3
R.C.C
Retaining
Wall
RM 1531 690 3594 6090 7890 5902
2569
7
19697
4 P.C.C Drain RM 3625 3675 3600 500 1000 3675
1607
5
4 P.C.C Drain RM 0 0 7919 3124 6315
1134
4
2870
2
12627
5 Perapit Wall RM 550 600 775 700 975 1425 5025 5 Perapit Wall RM 374 440 524 474 600 1540 3952 -1073
6
Embankmen
t Protection
RM 800 775 750 764 1125 775 4989 6
Embankmen
t Protection
RM 800 775 750 764 1125 775 4989 0
7 Bridges No 13 7 Bridges No 18 5
Comparative of Structure
24. ABSTRACT OF COST CONSTRUCTION OF BRIDGES
S.No Description
Amount
(Rs.)
Remarks
1
CONSTRUCTION OF BRIDGE AT (RD.
145+190 Additional) 46,293,314
2
CONSTRUCTION OF BRIDGE AT (RD.
146+254 Additional) 46,293,314
3
CONSTRUCTION OF BRIDGE AT (RD.
147+765 Additional) 50,100,990
4
CONSTRUCTION OF BRIDGE AT (RD.
149+257 Additional) 110,222,177
5
CONSTRUCTION OF BRIDGE AT (RD.
150+450 Additional) 100,155,802
TOTAL
353,065,598
TOTAL (Million)
353.066
Additional Bridges
33. Project Component Quantity
Achievement
upto
30.06.2017
Achieveme
nt upto
30.06.2018
Upto date
progress.
a. Earth
work/excavation
175.0 KM 1 KM 100 KM 136 KM
b.Sub Base 175.0 KM 0 KM 10 KM 10 KM
c. Base Course 175.0 KM 0 KM 0 KM 0 KM
d. Black Topping 175.0 KM 0 KM 0 KM 0 KM
e. Pipe Culverts
Single Cell
106 Nos 0 Nos 02 Nos 02 Nos
f. Pipe Culverts
double cell
08 Nos 0 Nos 02 Nos 02 Nos
PHYSICAL PROGRESS PHYSICAL 42%)
43. Project Component Quantity
Achievement
upto
30.06.2017
Achievement
upto
30.06.2018
Upto date
progress.
73. 2x3.5x3.0 02 Nos 0 Nos 0 Nos 00 Nos
74. 4x2.0x3.0 03 Nos 0 Nos 0 Nos 00 Nos
75. 4x2.5x2.5 03 Nos 0 Nos 0 Nos 00 Nos
76. 4x2.5x3.5 01 Nos 0 Nos 0 Nos 00 Nos
77. 4x2.5x4.0 01 Nos 0 Nos 0 Nos 00 Nos
78. 9x3.0x2.0 01 Nos 0 Nos 0 Nos 00 Nos
79.10x3.0x2.0 01 Nos 0 Nos 0 Nos 00 Nos
80. 10x3.0x2.5 01 Nos 0 Nos 0 Nos 00 Nos
45. Project
Component
Quantity
Achievement
upto
30.06.2017
Achievement
upto
30.06.2018
Upto date progress.
h. Retaining Wall 6000 RM 000 RM 000 RM 200 RM
i. Side Drain 17900 RM 000 RM 000 RM 000 RM
j. Bridges with
Carriageway 20 ft
1465 RM
14 Bridges
000 RM 000 RM 05 Nos Bridges Soil
Investigation and load
test Pile work / pile
shaft and girder work
completed
05 Nos Bridges Soil
Investigation and load
test Pile work
completed
04 Nos Bridges
Soil Investigation and
load test completed
46. DETAIL OF CONTRACTORS / ACCEPTANCE AND TENDER AMOUNT
S.
No.
Name of Contractor Package No. Contract
Amount
Date of
Acceptance/
Work Order
1. M/S CAMEOS Consultants Consultancy
Services.
Rs. 148.047 06-06-2017
2. M/S National Logistics
Cell NLC Dry Port (PMU)
City Balochistan Quetta.
Package No.
01
(0+000 to
34+000)
(34 K.M)
Rs.
610.936,228
06.06.2017
3. M/S National Logistics
Cell NLC Dry Port (PMU)
City Balochistan Quetta.
Package No.
02
(34+000 to
68+000)
(34 K.M.)
Rs.
522.513,827
06.06.2017
4. M/S Zarif Khan Kibzai &
Sons 12-Jinnah Cloth
Market M.A Jinnah Road
Quetta.
Package
No.03
(68+000 to
97+000)
(29 K.M.)
Rs.
645.224,413
06.06.2017
5. M/S Origin Enterprises
Bungalow No. 120/121
Shahbaz Town Quetta.
Package No.
04
(97+000 to
128+000)
(31 K.M.)
Rs.
454.155,537
06.06.2017
47. S.
No.
Name of Contractor Package No. Contract
Amount
Date of
Acceptance/
Work Order
6. M/S Origin Enterprises
Bungalow No. 120/121
Shahbaz Town Quetta.
Package N0.
05.
(128+000 to
149+000)
(21 K.M.)
Rs.
513.060,932
06.06.2017
7 M/S Zarif Khan
Hussainzai & Brothers,
Zarif Khan Hussainzai
House Jamiat Street
Khilji Abad Spinny Road
Quetta.
Package No.
06
(149+000 to
175+000)
(26 K.M.)
Rs.
912.682,961
06.06.2017
8. M/S Hakeem Khan Kibzai
& Brothers, A-12 Swiss
Plaza M.A Jinnah Road
Quetta.
Package No.
07
(Const: of 06
Nos Bridges)
Rs.
278.397,745
06.06.2017
9. M/S Akhunzada Fazal
Jameel & Co, Zarif Khan
Hussainzai House Jamiat
Street Khilji Abad Spinny
Road Qta.
Package No.
08
(Const: of 08
Nos Bridges)
Rs.
267.420,724
06.06.2017
48. It is further added that the revised PC-I for the Project amounting to Rs.
9414.258 Millions has also been submitted after removing the observations raised by
P&D Department.
JUSTIFICATION REGARDING REVISION OF PC-I
In consensus with the P&D Department, it was decided to raise the standard
specification since the present road structure proposed in the original PC-1 will not be
able to with stand the anticipated traffic loads. The Pavement as per sub grade CBR and
traffic load needed is as following:
RD 0+000 to 68+000 and RD 97+000 to 150+000 the road structure will be 50mm
Wearing Course, 300mm Aggregate Base course and 150mm granular sub base.
RD 68+000 to 97+000 and RD 150+000 to 175+000 the road structure will be 50mm
Wearing Course, 300mm Aggregate Base course and 350mm granular sub base.
To make the project fully operational following additional components will be required
which were not cater in the original PC-I.
5 No. of Bridges;
215 No. of Culverts;
10,960 Rm Retaining wall;
18 No. of Bridges Protection Work with 7.32 m carriageway width;
Replacement of TST with Asphalt carpeting;
Replacement of WBM with Aggregate Base;
Land & Property Compensation;
The width of the carriageway is proposed to be increased from 6.1 m to the standard
width of two lanes road which is 7.32 m.
49. OTHER GRIEVANCES
It is pertinent to mention here that proposed work plan project
supposed to be completed in 24 months. But due to slow funding
the pace of progress is slow and target fixed for the financial years
2017-18 and 2018-19 could not be achieved. It is feared that if such
situation continues and funds are not provided timely the Project
could not be completed within stipulated time period.
It is, therefore, requested to kindly approach the Planning/Finance
Division Government of Pakistan for arrangement/release of funds
(1st quarter Federal share) against allocation for the year 2019-2020
Rs. 80.000 Million + Rs. 349.647 Million re-appropriated for the
Project during the month of June, 2019, but not yet released
respectively total Rs. 429.647 Million, so that the target fixed for
the Current Financial Year 2019-2020 could be achieved.