The document provides details on the construction execution plan for the Kota Kasablanka 3 project, including:
1) The site plan shows the layout of the construction site including contractor offices, stockyards, batching plant, and labour camps.
2) The construction method uses a zoning system to divide the substructure and superstructure work into priority areas for each tower.
3) A schedule outlines the sequencing of activities in each zone, such as excavation, foundation work, and slab and column construction for the different levels.
Building work method statement cm - ms- bw - 001Minh Bui Si
This document provides a method statement for building construction works for the Cai Mep International Container Terminal project. It outlines the scope of works, reference documents, construction procedures and quality control measures. The construction work will involve earthworks, piling, reinforced concrete works, structural steelworks, architectural works and M&E installations. Procedures are provided for excavation, backfilling, pile driving, concrete works and other construction activities. Quality control measures include material inspections and testing to ensure compliance with specifications.
civil enginnering industrial training report KRISHNA MURARI
This document provides a report on Krishna Murari Kandu's industrial training at the Vinod Nagar Station Yard project of Delhi Metro Rail Corporation Ltd. It discusses the construction of the double deck stabling yard including piling, pile caps, piers and the boundary wall. It also describes the bar bending schedule process and various tests performed at the site and in the lab, including tests on bentonite, slump tests, and concrete cube tests. The training helped provide an overview of the construction process and quality control measures for a metro rail project.
(1) The Petronas Twin Towers in Kuala Lumpur, Malaysia were the tallest buildings in the world from 1998 to 2004. They were designed by César Pelli and Associates and took 6 years to construct at a cost of US$1.6 billion. (2) The towers' structures are composed of reinforced concrete with a central core and perimeter columns connected by ring beams. High-strength concrete was used for the cores and columns to reduce wind response. (3) Industrialized building systems such as prefabricated steel beams, the preassembled skybridge, and prefabricated pinnacles helped speed construction and ensure quality despite the ambitious schedule.
This document provides a proposal and construction plan for building the Dong-Yang Vietnam Factory over 5 months. It includes an overview of the construction, a master plan with schedules and manpower, and details on temporary works, construction methods, quality control, and import materials. The site is located in Trang Due Industrial Zone, An Duong District, Hai Phong City, Vietnam. The factory will cover an area of 67,000 sqm with a building area of 15,200 sqm and gross floor area of 24,200 sqm.
Design of 16 storied apartment using TEKLA STRUCTURAL DESIGNERzafrin mohamed
The BIM software that we made use of for analysis and design of the structure was TEKLA STRUCTURAL DESIGNER 2016.The plan was obtained in an AutoCAD file.and design was done manually for the purpose of report submission
The PETRONAS Twin Towers in Kuala Lumpur were the tallest buildings in the world from 1998 to 2004. They were designed by Cesar Pelli and used innovative construction methods. Industrialized Building Systems (IBS) were implemented, which involved prefabricating building components off-site and assembling them on-site. This allowed for higher quality, reduced costs and construction time, as components could be fabricated in a controlled factory environment and easily installed. IBS was key to the efficient construction of the Towers and their distinctive skybridge.
The document summarizes key details about the Petronas Towers in Kuala Lumpur, Malaysia. The towers were completed in 1997, have 88 floors, and a height of 451.9 meters including the spire. The structural system uses reinforced concrete cores and super columns to support gravity and lateral loads. Type 316 stainless steel was used to clad the exterior of the towers.
David Minja completed an 8-week industrial training report with Bade Contractors (T) LTD. The report summarized activities in each week, including concrete casting, foundation work, block laying, steel fixation, and septic tank construction. It concluded that the training provided valuable practical experience in construction tasks and helped bridge the gap between classroom theory and real-world work. Some challenges encountered on site were also noted.
Building work method statement cm - ms- bw - 001Minh Bui Si
This document provides a method statement for building construction works for the Cai Mep International Container Terminal project. It outlines the scope of works, reference documents, construction procedures and quality control measures. The construction work will involve earthworks, piling, reinforced concrete works, structural steelworks, architectural works and M&E installations. Procedures are provided for excavation, backfilling, pile driving, concrete works and other construction activities. Quality control measures include material inspections and testing to ensure compliance with specifications.
civil enginnering industrial training report KRISHNA MURARI
This document provides a report on Krishna Murari Kandu's industrial training at the Vinod Nagar Station Yard project of Delhi Metro Rail Corporation Ltd. It discusses the construction of the double deck stabling yard including piling, pile caps, piers and the boundary wall. It also describes the bar bending schedule process and various tests performed at the site and in the lab, including tests on bentonite, slump tests, and concrete cube tests. The training helped provide an overview of the construction process and quality control measures for a metro rail project.
(1) The Petronas Twin Towers in Kuala Lumpur, Malaysia were the tallest buildings in the world from 1998 to 2004. They were designed by César Pelli and Associates and took 6 years to construct at a cost of US$1.6 billion. (2) The towers' structures are composed of reinforced concrete with a central core and perimeter columns connected by ring beams. High-strength concrete was used for the cores and columns to reduce wind response. (3) Industrialized building systems such as prefabricated steel beams, the preassembled skybridge, and prefabricated pinnacles helped speed construction and ensure quality despite the ambitious schedule.
This document provides a proposal and construction plan for building the Dong-Yang Vietnam Factory over 5 months. It includes an overview of the construction, a master plan with schedules and manpower, and details on temporary works, construction methods, quality control, and import materials. The site is located in Trang Due Industrial Zone, An Duong District, Hai Phong City, Vietnam. The factory will cover an area of 67,000 sqm with a building area of 15,200 sqm and gross floor area of 24,200 sqm.
Design of 16 storied apartment using TEKLA STRUCTURAL DESIGNERzafrin mohamed
The BIM software that we made use of for analysis and design of the structure was TEKLA STRUCTURAL DESIGNER 2016.The plan was obtained in an AutoCAD file.and design was done manually for the purpose of report submission
The PETRONAS Twin Towers in Kuala Lumpur were the tallest buildings in the world from 1998 to 2004. They were designed by Cesar Pelli and used innovative construction methods. Industrialized Building Systems (IBS) were implemented, which involved prefabricating building components off-site and assembling them on-site. This allowed for higher quality, reduced costs and construction time, as components could be fabricated in a controlled factory environment and easily installed. IBS was key to the efficient construction of the Towers and their distinctive skybridge.
The document summarizes key details about the Petronas Towers in Kuala Lumpur, Malaysia. The towers were completed in 1997, have 88 floors, and a height of 451.9 meters including the spire. The structural system uses reinforced concrete cores and super columns to support gravity and lateral loads. Type 316 stainless steel was used to clad the exterior of the towers.
David Minja completed an 8-week industrial training report with Bade Contractors (T) LTD. The report summarized activities in each week, including concrete casting, foundation work, block laying, steel fixation, and septic tank construction. It concluded that the training provided valuable practical experience in construction tasks and helped bridge the gap between classroom theory and real-world work. Some challenges encountered on site were also noted.
The document summarizes an industrial training report on the construction of a multistoried building. It describes two multistoried residential projects - Verna and Tana constructed by SI Property. Key details include the foundations using pile foundations and raft foundations, concrete mixes used, and reinforcement details of columns, beams and slabs. Amenities provided in the projects like parking, fitness center, kids play area are also mentioned. The report also provides information on new building materials seen during a visit to another project GIE Asteria, including Siporex blocks, Weber glue and fiberglass mesh.
The document discusses the construction process of a residential development project in Antara Gapi, Selangor. It describes the site details, project team, architectural drawings, construction plants and equipment used, and details the external works, foundation works including shallow foundations and deep pile foundations, and superstructure elements. Reinforced concrete piles are discussed as the deep foundation type used for the site.
Industrial training report of construction of the residential buildingsuraj jha
This document summarizes a presentation on a residential building construction project. It provides an overview of the project, including the location, number of floors, timeline, and project manager. It also describes the company undertaking the project, M k mehta enterprise, and its past projects. Additionally, it outlines the various steps of construction including site clearance, surveying, excavation, foundation, concreting, beams and columns. Key materials and equipment used are also summarized such as cement, aggregates, bricks, water, admixtures, and concrete pumping equipment. Building bylaws regarding plinth area regulations are also briefly mentioned.
This document provides information about the Petronas Towers in Kuala Lumpur, Malaysia. It describes the architectural details of the towers, including their height of 452 meters with 88 floors, floor areas, and sky lobby. It discusses the planning and design of the towers, which were inspired by Islamic geometric patterns. Key features mentioned include the skybridge connecting the two towers at levels 41-42, and the deep foundations comprising raft foundations and barrette piles due to the soft soil.
The document provides details about the Petronas Twin Towers in Kuala Lumpur, Malaysia. It describes the towers as having been designed by Cesar Pelli and Associates, and completed in 1997 at a height of 451.9 meters. Each tower contains 88 floors and occupies an area of 395,000 square meters. Type 316 stainless steel was used to clad the exterior of the towers.
Architect: César Pelli
#Structure
#Architecture_Building
The Petronas Towers, also known as the Petronas Twin Towers, are twin skyscrapers in Kuala Lumpur, Malaysia. they were the tallest buildings in the world from 1998 to 2004 until they were surpassed by Taipei 101.
The document provides an overview of the Bahria Icon Tower construction project in Karachi, Pakistan. It describes the project details including its three tower structures of varying heights, basement levels, parking capacity, and electrical generation. It also summarizes the structural elements and materials used, such as composite deck slabs, steel girders, reinforced concrete columns, core walls, and perimeter beams. Modern equipment like MEVA formwork is being used to efficiently construct the building's core walls.
This document presents information on the construction of a flyover in Patna, Bihar, India. It discusses two proposed flyover projects connecting Mithapur flyover to Bhikhari Thakur flyover and Mithapur flyover to Chiraiyatand flyover. The contractor for the project is Rachna Construction Co. from Bharuch, Gujarat. The document then provides details on the execution of the project, including surveying, piling, pile cap construction, pier shaft construction, and testing procedures to ensure quality. It concludes by noting that flyovers make transportation easier but constructing them inside cities is difficult due to traffic interruptions during foundation work.
The document discusses the low carbon design of Burj Khalifa, the tallest building in the world located in Dubai, UAE. It describes the building's Y-shaped structure, modular design that tapers as it rises, and environmental features like solar panels that heat water and optimize energy usage. The building uses renewable energy sources, efficient glass, and automation systems to reduce energy consumption and its carbon footprint despite operating in a hot climate with intensive cooling needs. Overall, the document examines the architecture, sustainability measures, and environmental considerations that were incorporated into the design and construction of Burj Khalifa.
Selecting one single type of building and coveringHREAT
This document summarizes the structural design and load transfer mechanisms of the Burj Khalifa tower in Dubai. It describes the tower's reinforced concrete core and columns that transfer loads to the foundation. Wind loads were a primary design consideration due to the tower's extreme height, and various techniques like tapering the shape and adding openings help disrupt wind vortexes. Loads flow from the steel-framed upper levels through composite link beams and concrete core walls to the large concrete mat foundation supported by long concrete piles.
Project Execution Plan for High Rise BuildingDavid H Moloney
The purpose of this presentation is to give an understanding of the Methods, Plant and Sequence to construct a high-rise building.
This presentation can be used to engage Stakeholders and to get the Site Teams commitment to the programme. Also can be used for Induction Training and as a way to capture and share knowledge.
Petronas tower - Malaysia (Theory of Structures)RADHIKASARDA8
Constructional facts about twin towers of Malaysia including , construction , design , materials , engineering , theory of structures , architecture , civil , skyscraper engineering.
Building Construction 1 : Experience construction; a building construction re...aarenneoone
This document summarizes the preliminary works for a construction project. It describes the site investigations conducted, including desk studies, land surveys, ground condition assessments, and soil investigations. It also outlines the site clearance and excavation works, setting out of boundaries, and establishment of temporary facilities like site offices and worker quarters. Safety measures are emphasized, including appropriate personal protective equipment and signage. Common machinery used in the preliminary stages like excavators, bulldozers and scrapers are also identified.
This document provides a construction methodology and project management report for a bridge project. It describes the bridge design, which consists of beam bridges on the ends and a central suspended section supported by carbon fiber cables. It then outlines the construction process in 4 main stages: 1) laying foundations and piles, 2) constructing piers and support columns, 3) installing the bridge deck and tensioning the cables, and 4) completing the road surface. Environmental management and safety plans are also discussed at a high level. The construction is estimated to take approximately 3-4 years to complete.
The Petronas Towers in Kuala Lumpur, Malaysia were the tallest buildings in the world from 1998 to 2004. They have a steel and concrete structure and were designed by architect Cesar Pelli. Each tower is 88 stories and 452 meters tall. They used a combination of cast-in-place concrete, structural steel, and glass, with a central reinforced concrete core and outrigger trusses to support the weight and resist strong winds. The Petronas Towers remain an iconic landmark and prominent example of modern skyscraper design and engineering.
1. The document summarizes a site visit by quantity surveying students to Andes Construction site.
2. At the site, students observed ongoing construction works like piling, formwork and reinforced concrete works. They learned about different construction materials, technologies and equipment used.
3. Key aspects observed included pile foundations, bored piling technique, timber formworks, and different grades of reinforced concrete used for columns, beams, slabs and foundations.
The geotechnical report for the Burj Khalifa provided critical information for constructing the foundation of the world's tallest building on weak soil conditions. Extensive testing of 23 boreholes found loose sands and weak stones requiring a deep foundation of 192 bored piles up to 50 meters long and a 3.7 meter thick raft foundation to distribute the building's over 500,000 ton weight. The unique architectural design and Dubai's weak soils presented challenges, but the engineered foundation system ensured less than 3 inches of settlement for the over 800 meter tall landmark.
This document discusses mass concrete and factors that affect heat of hydration (HOH) generation and temperature rise during curing. Mass concrete is defined as any concrete placement thick enough to require measures to control cracking from HOH. Factors like cement content, placement temperature, and insulation affect the maximum temperature (Tmax) and temperature differential (ΔT). Using additives like fly ash or slag cement can reduce Tmax and cracking risks by lowering HOH. The document provides guidelines for mix designs and construction practices to control Tmax and ΔT for different aggregate types used in Saudi Arabia.
The document summarizes an industrial training report on the construction of a multistoried building. It describes two multistoried residential projects - Verna and Tana constructed by SI Property. Key details include the foundations using pile foundations and raft foundations, concrete mixes used, and reinforcement details of columns, beams and slabs. Amenities provided in the projects like parking, fitness center, kids play area are also mentioned. The report also provides information on new building materials seen during a visit to another project GIE Asteria, including Siporex blocks, Weber glue and fiberglass mesh.
The document discusses the construction process of a residential development project in Antara Gapi, Selangor. It describes the site details, project team, architectural drawings, construction plants and equipment used, and details the external works, foundation works including shallow foundations and deep pile foundations, and superstructure elements. Reinforced concrete piles are discussed as the deep foundation type used for the site.
Industrial training report of construction of the residential buildingsuraj jha
This document summarizes a presentation on a residential building construction project. It provides an overview of the project, including the location, number of floors, timeline, and project manager. It also describes the company undertaking the project, M k mehta enterprise, and its past projects. Additionally, it outlines the various steps of construction including site clearance, surveying, excavation, foundation, concreting, beams and columns. Key materials and equipment used are also summarized such as cement, aggregates, bricks, water, admixtures, and concrete pumping equipment. Building bylaws regarding plinth area regulations are also briefly mentioned.
This document provides information about the Petronas Towers in Kuala Lumpur, Malaysia. It describes the architectural details of the towers, including their height of 452 meters with 88 floors, floor areas, and sky lobby. It discusses the planning and design of the towers, which were inspired by Islamic geometric patterns. Key features mentioned include the skybridge connecting the two towers at levels 41-42, and the deep foundations comprising raft foundations and barrette piles due to the soft soil.
The document provides details about the Petronas Twin Towers in Kuala Lumpur, Malaysia. It describes the towers as having been designed by Cesar Pelli and Associates, and completed in 1997 at a height of 451.9 meters. Each tower contains 88 floors and occupies an area of 395,000 square meters. Type 316 stainless steel was used to clad the exterior of the towers.
Architect: César Pelli
#Structure
#Architecture_Building
The Petronas Towers, also known as the Petronas Twin Towers, are twin skyscrapers in Kuala Lumpur, Malaysia. they were the tallest buildings in the world from 1998 to 2004 until they were surpassed by Taipei 101.
The document provides an overview of the Bahria Icon Tower construction project in Karachi, Pakistan. It describes the project details including its three tower structures of varying heights, basement levels, parking capacity, and electrical generation. It also summarizes the structural elements and materials used, such as composite deck slabs, steel girders, reinforced concrete columns, core walls, and perimeter beams. Modern equipment like MEVA formwork is being used to efficiently construct the building's core walls.
This document presents information on the construction of a flyover in Patna, Bihar, India. It discusses two proposed flyover projects connecting Mithapur flyover to Bhikhari Thakur flyover and Mithapur flyover to Chiraiyatand flyover. The contractor for the project is Rachna Construction Co. from Bharuch, Gujarat. The document then provides details on the execution of the project, including surveying, piling, pile cap construction, pier shaft construction, and testing procedures to ensure quality. It concludes by noting that flyovers make transportation easier but constructing them inside cities is difficult due to traffic interruptions during foundation work.
The document discusses the low carbon design of Burj Khalifa, the tallest building in the world located in Dubai, UAE. It describes the building's Y-shaped structure, modular design that tapers as it rises, and environmental features like solar panels that heat water and optimize energy usage. The building uses renewable energy sources, efficient glass, and automation systems to reduce energy consumption and its carbon footprint despite operating in a hot climate with intensive cooling needs. Overall, the document examines the architecture, sustainability measures, and environmental considerations that were incorporated into the design and construction of Burj Khalifa.
Selecting one single type of building and coveringHREAT
This document summarizes the structural design and load transfer mechanisms of the Burj Khalifa tower in Dubai. It describes the tower's reinforced concrete core and columns that transfer loads to the foundation. Wind loads were a primary design consideration due to the tower's extreme height, and various techniques like tapering the shape and adding openings help disrupt wind vortexes. Loads flow from the steel-framed upper levels through composite link beams and concrete core walls to the large concrete mat foundation supported by long concrete piles.
Project Execution Plan for High Rise BuildingDavid H Moloney
The purpose of this presentation is to give an understanding of the Methods, Plant and Sequence to construct a high-rise building.
This presentation can be used to engage Stakeholders and to get the Site Teams commitment to the programme. Also can be used for Induction Training and as a way to capture and share knowledge.
Petronas tower - Malaysia (Theory of Structures)RADHIKASARDA8
Constructional facts about twin towers of Malaysia including , construction , design , materials , engineering , theory of structures , architecture , civil , skyscraper engineering.
Building Construction 1 : Experience construction; a building construction re...aarenneoone
This document summarizes the preliminary works for a construction project. It describes the site investigations conducted, including desk studies, land surveys, ground condition assessments, and soil investigations. It also outlines the site clearance and excavation works, setting out of boundaries, and establishment of temporary facilities like site offices and worker quarters. Safety measures are emphasized, including appropriate personal protective equipment and signage. Common machinery used in the preliminary stages like excavators, bulldozers and scrapers are also identified.
This document provides a construction methodology and project management report for a bridge project. It describes the bridge design, which consists of beam bridges on the ends and a central suspended section supported by carbon fiber cables. It then outlines the construction process in 4 main stages: 1) laying foundations and piles, 2) constructing piers and support columns, 3) installing the bridge deck and tensioning the cables, and 4) completing the road surface. Environmental management and safety plans are also discussed at a high level. The construction is estimated to take approximately 3-4 years to complete.
The Petronas Towers in Kuala Lumpur, Malaysia were the tallest buildings in the world from 1998 to 2004. They have a steel and concrete structure and were designed by architect Cesar Pelli. Each tower is 88 stories and 452 meters tall. They used a combination of cast-in-place concrete, structural steel, and glass, with a central reinforced concrete core and outrigger trusses to support the weight and resist strong winds. The Petronas Towers remain an iconic landmark and prominent example of modern skyscraper design and engineering.
1. The document summarizes a site visit by quantity surveying students to Andes Construction site.
2. At the site, students observed ongoing construction works like piling, formwork and reinforced concrete works. They learned about different construction materials, technologies and equipment used.
3. Key aspects observed included pile foundations, bored piling technique, timber formworks, and different grades of reinforced concrete used for columns, beams, slabs and foundations.
The geotechnical report for the Burj Khalifa provided critical information for constructing the foundation of the world's tallest building on weak soil conditions. Extensive testing of 23 boreholes found loose sands and weak stones requiring a deep foundation of 192 bored piles up to 50 meters long and a 3.7 meter thick raft foundation to distribute the building's over 500,000 ton weight. The unique architectural design and Dubai's weak soils presented challenges, but the engineered foundation system ensured less than 3 inches of settlement for the over 800 meter tall landmark.
This document discusses mass concrete and factors that affect heat of hydration (HOH) generation and temperature rise during curing. Mass concrete is defined as any concrete placement thick enough to require measures to control cracking from HOH. Factors like cement content, placement temperature, and insulation affect the maximum temperature (Tmax) and temperature differential (ΔT). Using additives like fly ash or slag cement can reduce Tmax and cracking risks by lowering HOH. The document provides guidelines for mix designs and construction practices to control Tmax and ΔT for different aggregate types used in Saudi Arabia.
The presentation is considered as a case study for construction project management . This case study is conducted on the Mall of Arabia in Egypt. It's illustrated general background for the management strategy in the constructed project through its initial, planning, implementing and finishing out the project procedure.
The document describes the foundation design for the Burj Khalifa in Dubai, the world's tallest building. The foundation system is a piled raft founded on deep deposits of carbonate soils and rocks. Extensive geotechnical investigations and testing were conducted. The tower is supported by 1.5m diameter bored piles 47.5m long, with a 3.7m thick raft at -7.55m. Load testing and analyses showed the piled raft foundation would experience settlements of 45-62mm, meeting tolerances. The foundation design and performance has exceeded expectations.
This document provides an overview of the top-down construction method. It explains that in top-down construction, basement concrete slabs are poured first and act as lateral bracing for perimeter walls as subsequent levels are excavated from the bottom up. Main advantages include savings in construction time. Diagrams show the excavation process with floors poured and braced as excavation progresses downwards. Careful planning is required to properly implement this new method in Ho Chi Minh City, especially for dewatering and handling different soil types at varying depths.
Design, Structure, Construction and Analysis of Burj Al Arab, DubaiAr. Md Shahroz Alam
The Burj Al Arab hotel in Dubai is shaped like a sailboat to resemble shipping history. Built on an artificial island, it was the tallest hotel in the world at completion in 1999. The architecture firm designed the hotel to have an exoskeleton frame with bracing and a central spine to transfer lateral loads and resist forces. An atrium is enclosed by a teflon-coated fiberglass membrane on arched trusses.
The Burj Khalifa in Dubai is the tallest man-made structure ever built at 828 meters tall. It took 6 years to construct using new technologies like excavating 50 meters down to reach bedrock and using a polymer slurry to stabilize boreholes. Over 30,000 tons of steel and 250,000 cubic meters of concrete were used to construct the reinforced concrete structure. A triangular shape and buttressed core structural system were implemented to help withstand high winds. Advanced glass cladding and evacuation systems with refuge floors make the building environmentally friendly and safe.
The Petronas Towers in Kuala Lumpur, Malaysia were the tallest buildings in the world from 1998 to 2004. Each tower is 452 meters tall and has 88 floors. They were designed by architect Cesar Pelli with a geometric Islamic design consisting of two squares that decrease in size as they intersect. The towers required deep foundations of over 100 piles due to being built partially over limestone and soft rock. They use innovative construction techniques such as GPS and were built with over 160,000 cubic meters of concrete each.
This slide explains different structural systems used in high rise buildings.what is the true meaning of high rise building ?
aims of high rise? objectives of high rise?
The document provides details about the Petronas Twin Towers in Kuala Lumpur, including:
- The towers were designed by Cesar Pelly and inspired by Tun Dr. Mahathir to have Islamic elements and make Malaysia well known.
- Tower 1 was constructed by Majors Joint Venture and Tower 2 by Samsung Engineering & Construction over 25 and 24 months respectively.
- The structural frame uses high-strength concrete columns, a core, and ring beams. It discusses the core, columns, foundations, pinnacles, and skybridge components.
- Other buildings discussed include the Tuanku Mizan Zainal Abidin Mosque, Putrajaya International Convention
The document summarizes information about piping systems used in petrochemical plants. It discusses various types of pipes, pipe fittings including elbows, tees, branches, reducers, weld caps and couplings. It also covers flanges, gaskets, valves and common standards and codes used for piping design. The document appears to be a student project report submitted after completion of a summer internship in the piping department of Technip, an engineering company specialized in oil and gas projects.
Benjamin colbrandt | C-Power offshore windmolenparkGreenbridge nv
The document discusses the Thorntonbank 325MW offshore wind farm project in Belgium. It describes the project's three phases:
Phase 1 involved installing 6 turbines and was a demonstration phase. Phase 2 added 30 turbines and electrical infrastructure. Phase 3 will add 18 more turbines to reach the total capacity of 325MW.
The project involved transitioning from gravity base foundations in Phase 1 to jacket foundations for Phases 2 and 3. Jacket foundations involved pre-piling with pin piles, assembling the jacket structures, and installing them on the pre-piled pins using a heavy lift vessel.
Turbine components were pre-assembled onshore and transported offshore for final installation on the foundations to complete the
This document provides details on the construction sequence and progress photos for 1240 villa projects using tunnel form works. It outlines a 3 stage process: (1) substructure works including excavation, foundations and ground floor tunnel; (2) superstructure works such as first floor tunnel, block works, plastering and roofing; and (3) finishing works like tile works, MEP installations, joinery, painting and handover. Accompanying photos show the construction progress from initial excavation through to completed villas.
Construction report (boq, wbs, reports, evm)Hamza Waheed
This document provides a construction report for a multi-story commercial building called Makki Complex in Lahore, Pakistan. It includes an introduction to the project, divisions of work, estimations, project management team, and schedules. The building has civil works like excavation and drainage, structural works like concrete and steel, and architectural, mechanical, and electrical works. Project funding comes from Makki Enterprises and is divided between construction, administration, and other costs. The project manager oversees the project while the construction manager coordinates site execution.
The document provides details of a project proposal for the establishment of Skybar & Skypark at Block E Level 2 at Taylor's University. The proposal includes a project summary, description, quotation, site analysis, design plans, authority procedures, bill of quantities, and conclusion. Specifically, the proposal seeks to build a skybar restaurant and recreation area with a total initial investment of RM250,000. The project is expected to create 10 new jobs and enhance student life at the university by providing a place for students to socialize and relieve stress.
The document describes a real estate development called The Aurora Heights Residences located in Katipunan, Manila. It will consist of two residential towers with a clubhouse, swimming pools, and landscaped gardens. Tower 1 is currently under construction and is projected to be completed by December 31, 2013. The development will offer furnished 2-bedroom and 3-bedroom units ranging from 18 to 28 square meters, with monthly rental rates ranging from 10,000 to 15,000 pesos.
The document describes a real estate development called The Aurora Heights Residences located in Katipunan, Manila. It will consist of two residential towers with a clubhouse, swimming pools, and landscaped gardens. The project site is 4,820 square meters near LRT and educational institutions. Tower 1 will be constructed from 2010-2013 and is estimated to be completed by December 31, 2013. The development will offer affordable 2- and 3-bedroom units ranging from 18 to 28 square meters, with monthly rental rates from 10,000 to 15,000 pesos.
This document outlines a project to extend an existing reinforced concrete bungalow. It includes floor plans, structural plans, and 3D models of the original bungalow as well as four individual proposals for extensions. Each proposal includes floor plans, structural plans, 3D models, beam analysis, and column analysis for a two-storey extension that does not exceed 30% of the original floor area. The extensions proposed include additional rooms such as a music room, dining room, master bedroom, and family room. Beam and column calculations are provided to analyze the structural loads of each proposed extension.
The document outlines construction requirements and responsibilities for a building project, including:
1) A copy of approved plans must be kept on site at all times during construction.
2) All construction must conform to applicable building codes and specifications.
3) It is the contractor's responsibility to notify the architect of any discrepancies or conflicts before starting work.
Building Structure - Structural Analysis of a bungalowLovie Tey
In a group of 3, we are to design a 2 storey bungalow which consists of the following components.
1. 1 master bedroom with attached bathroom
2. Minimum 3 bedrooms
3. 2 bathrooms
4. Kitchen
5. Living Hall
6. Dining Area
7. 1 Store room.
We are to compile an A4 report which consists of;
- All floor plans ( Ground Floor Plans, First Floor and Roof Plan )
- Structural plans
- Design Brief
- Beam analysis report
- COlumn ANalysis Report
This document provides details on a proposed investment project to develop an office tower in Mega Kuningan Business District in Jakarta, Indonesia. The project involves constructing a 33,176 square meter building on a 4,700 square meter land plot with a selling price of USD 112.8 million. A down payment of USD 33.84 million is required, with the remaining balance due upon building delivery. The document outlines the project location, assumptions, time schedule, and includes a conceptual office floor plan.
This industrial training report summarizes the student's training at Simplex Infrastructures Ltd. It provides details of two residential construction projects - Godrej Prakriti Housing Complex III and describes the structures being built. Quality control procedures are outlined including material testing and ensuring specifications are met. Formwork designs, reinforcement details, and estimating quantities are discussed. Plant and machinery used on-site are listed. The report aims to impart the student's practical and theoretical engineering skills.
This industrial training report summarizes the student's training at Simplex Infrastructures Ltd. It provides details of two construction projects - Godrej Prakriti Housing Complex III and details of formwork, quality control measures, site execution, safety procedures, and plant & machinery used. The student gained exposure to various construction activities like formwork, concrete pouring, bar bending, and quality testing of materials. Safety of workers was ensured through use of personal protective equipment.
This document provides details of the structural analysis and design of a commercial and residential building using STAAD.Pro, AutoCAD, and STAAD.Foundation software. The building is located in Trivandrum, Kerala and consists of a basement, ground plus three floors. The document describes the site details, building plans, load calculations, modeling in STAAD.Pro, design of structural elements like beams, columns, foundation, and reinforcement details. Pile foundation is adopted based on the bore log details. The analysis helps gain knowledge of designing various components using structural analysis and design software.
11. KGA, MALL - Execution Plan - R- 06.03.2023.pptxssuser2ec079
The document provides an execution plan for the KGA Mall project in Changanassery presented by Build Tech Associates. It includes an agenda, project brief detailing a 9 floor commercial and hospitality building, Build Tech's approach focusing on quality and safety, proposed construction methodology in 4 steps, site organization chart, deployment plans for equipment, shuttering materials, and manpower, milestone dates across a 12 month period, and pour joint plans for different floors.
Drawing set for building complex - Three building and swimming pollAripSuhariyanto1
This document contains architectural drawings for a residence called Dharma Residence Umalas located in Kerobokan, Badung, Bali, Indonesia. It includes a cover sheet with project details, a drawing index, general notes, room schedules, and over 30 drawings such as site plans, floor plans, elevations and sections of the main house, guest house, swimming pool, car garage and bike garage. The drawings were created by The Good Firm and provide detailed layout and design information for constructing the multi-building residence project.
Mid Rise Condominium
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Life finally comes to a perfect balance at Royal Palm Residences, a Thai tropical- inspired residential community composed of eight mid-rise and two-high rise buildings, blending old world charm with modern conveniences. Nestled within DMCI Homes' Township Central in progressive Taguig City, here residents are treated to an impressive selection of 12 active play and 23 passive leisure amenities spread across a 1-hectare expanse.
This document summarizes a residential condominium development project located in Phuket, Karon, and Kata, Thailand. The project will consist of 8 mid-rise and 2 high-rise buildings with a total of 1,359 units ranging in size from studios to 3-bedroom units. Prices will range from 2.3M to 5.2M Thai Baht. The development will have a Thai-inspired design with buildings named after famous Thai beaches and resorts.
Similar to Method Statement Kota Kasablanka 3 (20)
3. PROJECT LOCATION
CONSTRUCTION EXECUTION PLAN
Legend :
1. Puri Casablanca
2. Park Lane Hotel
3. Wisma Staco
Jl. Dr. Saharjo
KOTA
KASABLANKA 3
65
1
3
4
2
3. Wisma Staco
4. Kota Kasablanka 1 & 2
5. Apartment Casablanca
6. Casablanca Mansion
Jl. KH. Abdullah
Syafei
Jl. Casablanca Raya
Jl. Prof. Dr. Soepomo
3
2MEGA KUNINGAN
4. DETAIL PROJECT LOCATION
CONSTRUCTION EXECUTION PLAN
4
2B
C
PROJECT NAME:
KOTA KASABLANKA 3
CLIENT : PT ELITE PRIMA HUTAMA
PROJECT LOCATION:
PROJECT LOCATION
1
3
2
A
B
C
PROJECT LOCATION:
JL. KASABLANKA KAV. 88 MENTENG DALAM,
TEBET, JAKARTA SELATAN
STORIES :
5 BASEMENT
2 PODIUM
3 TOWER ( 2 TOWER APARTMENT, 42 FLOORS
1 TOWER OFFICE, 41 FLOORS)
SITE AREA : ± 27.011 m²
GROSS FLOOR AREA : ± 336,596 m²
Legend :
A. TOWER 1 (APARTMENT)
B. TOWER 3 (APARTMENT)B. TOWER 3 (APARTMENT)
C. TOWER 2 (OFFICE)
1. SITE OFFICE MAINCONT & SUBCONT
2. STOCK YARD
3. BATCHING PLAN
4. LABOUR BARRACK
9. 03 CONSTRUCTION EXECUTION PLAN
I Site Organization Chart
II Site Plan
III Heavy Equipment PlanIII Heavy Equipment Plan
Construction Method
1. Milestone Schedule
2. Zoning Plan
3. Structural Work Method
4. QA / QC Plan
11. SITE PLAN
CONSTRUCTION EXECUTION PLAN
Access road
REBAR FABRICATION
AND
REBAR STOCK PROTECTION ROAD WAY
Conc’
pump
SUBCO
NT SIT
E OFFIC
E
(300m2
EXISTING
BUILDING
BATCHING
PLANT
CONTRACTOR
SITE OFFICE
STOCK
AREA
CANTEEN
600 m2
LABOUR CAMP 1
1500 m2
BT.SLAB B5
Elv.-3.3m
BOTTOM RAFT
Elv.-5.9
Elv.-5.9
Elv.-5.9
REBAR FABRICATION
AND
REBAR STOCK
Elv.-3.3
Elv.-3.3
Conc’
pump
Conc’
pump
Conc’
pump
Existing
(300m2
)
BUILDING
SITE OFFICE
TEMPORARY FENCE
BASEMENT LINE
TEMPORARY ACCESS ROAD
LABOUR CAMP
CONTRACTOR SITE OFFICE
STOCK AREA
CONCRETE BATCHING PLANT
CANTEEN
12. SITE PLAN
CONSTRUCTION EXECUTION PLAN
Access road
F/W FABRICATION
REBAR FABRICATION
PROTECTION ROAD WAY
Conc’
pump
SUBCO
NT SIT
E OFFIC
E
(300m2EXISTING
BATCHING
PLANT
CONTRACTOR
SITE OFFICE
STOCK
AREA
CANTEEN
600 m2
LABOUR CAMP 1
1500 m2
GF
GF
TYP. FLOOR
TYP. FLOOR
TYP. FLOOR
B4
B4
GF
Conc’
pump
Conc’
pump
Existing
(300m2
)
EXISTING
BUILDING
SITE OFFICE
TEMPORARY FENCE
BASEMENT LINE
TEMPORARY ACCESS ROAD
LABOUR CAMP
CONTRACTOR SITE OFFICE
STOCK AREA
CONCRETE BATCHING PLANT
CANTEEN
REBAR FABRICATION
REBAR
FABRICATION
AND
REBAR STOCK
13. CONSTRUCTION EXECUTION PLAN
III
TC #3
R =50M
TC #5
R =50M
Expected Max. Lifting Weight
DESCRIPTION Lifting Item Weight
FORM-WORK
Wall 2.0 Ton
Column 1.5 Ton
TC #1
R =45M
TC #2
R =50M
TC #4
R =50M
R =50M
TC #6
R =50M
TOWER CRANE SPECIFICATION
TC NAME T/C #1 T/C #2~6
TYPE HAMMER HEAD, STATIC HAMMER HEAD, STATIC
(TIP LOAD) 45M – 3.5 Ton 50M – 3.15 Ton
PERIODE 25 MONTH 26 MONTH
Column 1.5 Ton
REBAR
Bundle Rebar 2.0 Ton
Prefab Rebar 2.5 Ton
FACAD
Panel 1 1.8 Ton
Panel 2 1.5 Ton
PC Panel 2 Ton
CONC’ CPB 5.0 Ton
ELECTRICAL &
MACHINERY
Elec. Panel 2.0 Ton
ELEV 2.5 Ton
15. III
CONSTRUCTION EXECUTION PLAN
MH#3
MH#4 MH#5
MH#6
TOWER 3
TC3
TC5
MH#1
Note :
MH = Material Hoist
TOWER 1
MH#2
MH#3
MH#7
TOWER 2
TC1
TC2 TC4
TC6
MH#1
Description Specification Remark
Equipment Type Twin Medium Type
Equipment Name ALIMAK SC 65/32
Cage Size 1.5W*3.2L*2.5H
Load Capacity 2 TON
Speed 60 M/MIN
16. III
CONSTRUCTION EXECUTION PLAN
8M
CPB#3
CPB maximum distance from unapplied area
: Approximately 8M
CPB#2
CPB#3
CPB#4
Concrete Placing Boom Specification
CPB Name CPB #1~4
Type Potential HG 28 H
Radius ± 28 Meter
High ± 22.9 Meter
CPB#1
Note :
CPB = Concrete Placing Boom
18. CONSTRUCTION METHOD
2
Footprint tower is
the priority area
Basement Line
Note:
ZONNING SUBSTRUCTUREZONNING SUBSTRUCTURE
Zone 1
8,115m2
Zone 3
5,742m2
Tower 1
Tower 3
Tower 2
Zone 2
3,758m2
Footprint tower is
the priority area
Note:
♦ Zoning area of sub-structure
work is divided into 3 zones:
Zone 1 : Area Tower 1, 8115 m²
Zone 2 : Area Tower 3, 3758 m²
Zone 3 : Area Tower 2, 5742 m²
Footprint tower is
the priority area
the priority area
19. 2
CONSTRUCTION METHOD
Note:
♦ Zoning area of super-
structure work is divided
into several zones
Area Tower 1 : 2100 m²
Zone 1, 325 m²Zone 1, 325 m²
Zone 2, 256 m²
Zone 3, 469 m²
Zone 1’, 325 m²
Zone 2’, 256 m²
Zone 3’, 469 m²
Area Tower 2 : 2294 m²
Zone 1, 453 m²
Zone 2, 465 m²
Zone 3, 448 m²
Zone 4, 421 m²
3’3’ 2’2’ 1’1’
11 22 4433
11 22
44 33
55
ZONNING SUPER STRUCTUREZONNING SUPER STRUCTURE
TOWER 3TOWER 3TOWER 3TOWER 3
TOWER 2TOWER 2TOWER 2TOWER 2
Zone 4, 421 m²
Zone 5, 505 m²
Area Tower 3 : 1337 m²
Zone 1, 322 m²
Zone 2, 353 m²
Zone 3, 340 m²
Zone 4, 322 m²
33 22 11
TOWER 1TOWER 1TOWER 1TOWER 1
20. 3
CONSTRUCTION METHOD
Access road ZONE ACTIVITIES
TOWER 1
- Detail Excavation for raft,
cutting bore pile,
Conc’ Foundation TC1
Existing
SUBCO
NT SIT
E OFFI
CE
(300m2
)
EXISTING
BUILDING
Conc’ Foundation TC1
TOWER 3 - Bulk Excavation (by Owner)
TOWER 2 - Bulk Excavation (by Owner)TC1
Tower 1 Tower 3 Tower 2
21. 3
CONSTRUCTION METHOD
Access road ZONE ACTIVITIES
TOWER 1
- Excavation for raft, cutting bore pile,
Install TC1 & TC2, Conc’ Lift Pit, Install
rebar for raft foundation
Existing
SUBCO
NT SIT
E OFFI
CE
(300m2
)
EXISTING
BUILDING
rebar for raft foundation
TOWER 3 - Bulk Excavation (by Owner)
TOWER 2 - Bulk Excavation (by Owner)TC1
TC2
LIFT
PIT
LIFT
PIT
Tower 1 Tower 3 Tower 2
LIFT
PIT
22. 3
CONSTRUCTION METHOD
Access road ZONE ACTIVITIES
TOWER 1
- Excavation for raft foundation
completed, Install rebar for raft
foundation continued
Existing
SUBCO
NT SIT
E OFFI
CE
(300m2
)
EXISTING
BUILDING
foundation continued
TOWER 3 - Excavation (by Owner)
TOWER 2 - BExcavation (by Owner)TC1
TC2
TC1
Tower 1 Tower 3 Tower 2
RAFT
FOUNDATION
23. 3
CONSTRUCTION METHOD
Access road ZONE ACTIVITIES
TOWER 1
- Raft Foundation completed,
B5 columns in progress,
GWT in progress
Existing
SUBCO
NT SIT
E OFFI
CE
(300m2
)
EXISTING
BUILDING
Podium
Outer Tower 1
- Excavation and cutting bored pile,
B5 slab in progress
Podium
Tower 1 –2
- Excavation and cutting bored pile,
B5 slab in progress
TOWER 3 - Start Excavation for raft foundation
TOWER 2 - Bulk Excavation (by Owner)
TC1
TC2
B5
Tower 1 Tower 3 Tower 2
24. 3
CONSTRUCTION METHOD
Access road ZONE ACTIVITIES
TOWER 1
- B4 slab in progress, GWT in B5
completed, B4 column in progressB5
TC3
Existing
SUBCO
NT SIT
E OFFI
CE
(300m2
)
EXISTING
BUILDING
Podium
Outer Tower 1
- B5 slab completed
Podium
Tower 1 –2
- B5 slab completed
TOWER 3
- Excavation for raft and cutting bored
pile, install TC 3 & TC 4,
Install rebar for lift pit and raft
foundation
TOWER 2 - Bulk Excavation (by Owner)
B5 TC1
TC2
B5
B4
TC4
Tower 1 Tower 3 Tower 2
B4 RAFT
FOUNDATION
25. 3
CONSTRUCTION METHOD
Access road ZONE ACTIVITIES
TOWER 1
- B4 slab completed,
B3 slab & column in progress,B5
TC3
TC5
Existing
SUBCO
NT SIT
E OFFI
CE
(300m2
)
EXISTING
BUILDING
TOWER 3
- Lift pit completed,
Install rebar for raft foundation
TOWER 2
- Excavation for raft & cutting bored
pile, install TC 5 and TC 6B5 TC1
TC2
B5
B3
TC4
B4 TC6
Tower 1 Tower 3 Tower 2
RAFT
FOUNDATION
B3
26. 3
CONSTRUCTION METHOD
Access road ZONE ACTIVITIES
TOWER 1
- B3 slab completed,
B2 slab & column in progress,B5
TC3
B5 STP
TC5
Existing
SUBCO
NT SIT
E OFFI
CE
(300m2
)
EXISTING
BUILDING
TOWER 3
- Raft foundation completed,
STP in progress, B5 column in progress,
Podium
Outer Tower 3
- Excavation for pile cap & cutting bored
pile, B5 Slab in progress
TOWER 2
- Conc’ lift pit, install rebar for raft
foundation in progress.
B5 TC1
TC2
B5
B2
TC4
B3 TC6
B2
B5
Tower 1 Tower 3 Tower 2
B2
RAFT
FOUNDATION
B5B5
27. 3
CONSTRUCTION METHOD
Access road ZONE ACTIVITIES
TOWER 1
- B1 slab completed,
GF slab in progress,B5
TC5
B5
B4
TC3 B5
Existing
SUBCO
NT SIT
E OFFI
CE
(300m2
)
EXISTING
BUILDING
Podium
Outer Tower 1
- B4 and B3 slab in progress
TOWER 3 - B4 slab completed,
Podium
Outer Tower 3
- B5 slab completed
TOWER 2 - Raft foundation completed
B4 TC1
TC2
B3
B2
B1 TC6
GF
B5
B4
RAFT
FOUNDATION
TC4B5
Tower 1 Tower 3 Tower 2
GF
B4
B1
B4
B5
RAFT
FOUNDATION
29. 3
CONSTRUCTION METHOD
ZONE ACTIVITIES
TOWER 1
- Roof slab completed,
Lift Motor Room Completed,
TC3
TC2
L2
TC5
TC4
GF GF
GFL26
Access road
L25
L39
L38
L37
TOWER 3
- Level 37 slab completed,
Level 38 & 39 slab in progress
TOWER 2
- Level 25 slab completed,
Level 26 & 27 slab in progress
Podium All - GF slab complete
Tower 1
Tower 3 Tower 2
ROOF
Existing
SUB
CON
T SI
TE O
FFIC
E
(300
m2)
EXISTING
BUILDING
GF TC1
GF
TC6
TC4
L27
LMRLMR
Level 39
Level 38
ROOF
ROOF
GF
Level 37
Level 38
Level 27
Level 26
GF GF
30. 3
CONSTRUCTION METHOD
ZONE ACTIVITIES
TOWER 1 - Finishing work in progress
TC3
TC2
L2
TC5
GF
GFL37
Access road
L36
ROOF
TC4
L2
L2
TOWER 3
- Roof slab completed,
Lift Motor Room Completed
TOWER 2
- Level 36 slab completed,
Level 37& 38 slab in progress
Podium - L2 slab completed
Tower 1 Tower 3 Tower 2
ROOF
Existing
SUB
CON
T SI
TE O
FFIC
E
(300
m2)
EXISTING
BUILDING
GF
GF
TC6
L38
LMRLMR
Level 38Level 37
ROOF
ROOF
TC1
TC4L2
L2
ROOF
LMRLMR
L2 L2
GF
FINISHING
WORK
31. 3
CONSTRUCTION METHOD
ZONE ACTIVITIES
TOWER 1 - Finishing work in progress
TC3
L2
TC6
TC5
GF
GF
Access road
ROOF
ROOF
TC4
L3
L3 ROOF
TOWER 3 - Finishing work in progress
TOWER 2
- Roof slab completed,
Lift Motor Room Completed
Podium - L3 slab completed
Tower 1 Tower 3
ROOF
LMRLMR
ROOF
ROOF
LMRLMR
Existing
SUB
CON
T SI
TE O
FFIC
E
(300
m2)
EXISTING
BUILDING
GF
GF
TC6
ROOF
ROOF
L3
LMR LMR
Tower 2
L3 L3
GF
FINISHING
WORK
FINISHING
WORK
32. CONSTRUCTION METHOD
3
Thermocouple
posisition
Thermocouple Plan
Existing
SUBCO
NT SIT
E OFFI
CE
(300m2
)
EXISTING
BUILDING
Bottom Slab B5
Elv.-3.3m
Detail of thermocouple installation
Note:
• Concrete volume±7500m³
• Supportive equipments :
• Conc. Pump : 7unit (1 stand-by)
• Vibrator : 25 unit (5 stand-by)
• Tent for protecting area that should be poured concrete
• Thermocouple for thermal monitoring
• After all preparation completed, pouring concrete use concrete pump ± 25m³/hr capacity.
Casting raft foundation can be completed within ± 60 hours
Thermal monitoring
33. 3
Excavation for raft foundation Cuti bored pile Spray anti termite (optional if necessary)
CONSTRUCTION METHOD
Lean concreteFormworkRebar work
Bottom layer Support rebar
Upper layerStarter rebar
34. 3
ME installation Thermocouple installation Starter bar inspection
CONSTRUCTION METHOD
Cold-joint installationProtective Tent installation
35. 3
Concrete finishingConcrete
acceptance scheme
Casting Process
CONSTRUCTION METHOD
Concrete truck
access
Area for concrete
truck
Concrete curing
Always provide 1
unit Concrete pump
stand-by
Concrete sample
Styrofoam installation
45. 3
Note:
Concrete mold for column and shearwall are using
Aluma Beam, Steel waler and plywood 18mm double film
CONSTRUCTION METHOD
Typical Shear wall
Shear wall type
SW40A & SW35A
47. 03
CONSTRUCTION METHOD
Note:
Aluma Table Form is often calledAluma Table Form is often called
Flying Table because when the table
stripped out to next floor is lifted by
tower crane, making it very fast
for the cycle time floor to the next floor
48. QA / QC PLAN
4
Shop Drawing &Shop Drawing &
Material SubmissionMaterial Submission
Method of Construction (Trade)Method of Construction (Trade)
Method Briefing &Method Briefing &
Training to WorkersTraining to Workers
Method Briefing &Method Briefing &
Training to WorkersTraining to Workers
Trade DemonstrationTrade Demonstration
(Mock Up)(Mock Up)
Trade DemonstrationTrade Demonstration
(Mock Up)(Mock Up) DefineDefine Holding PointHolding Point
Inspection & Test PlanInspection & Test Plan
Step by Step InspectionStep by Step Inspection
Execution of WorkExecution of Work
Quality WorkQuality Work
SetSet--upup Quality StandardQuality Standard
Consultant + Main-con + Subcon