Building structure group component
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This document outlines the design of a reinforced concrete building structure. It includes an introduction describing the building as a residential bungalow for a school principal in Sibu, Sarawak. The design brief summarizes the assumed dead and live loads, including beam and slab self-weights, brick wall weight, and live loads for different rooms. The document also includes the structural proposal plan showing the layout of beams, columns, and slab. Detailed calculations of beam and column analysis are divided among group members.
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The document summarizes a student group project to design the skeleton of a reinforced concrete building. It includes an introduction describing the building as a residential bungalow for a school principal in Sibu, Sarawak. It also includes the design brief which summarizes the assumed dead and live loads for the structural design, including self-weights of beams, slabs, walls and roofs. Finally, it includes the architectural and structural plans showing the layout of the building.
Building Structure Group Component
The document summarizes a student group project to design the skeleton of a reinforced concrete building. It includes an introduction describing the building as a residential bungalow for a school principal in Sibu, Sarawak. It also includes the design brief which summarizes the assumed dead and live loads for the structural design, including self-weights of beams, slabs, walls and roofs. Finally, it includes the architectural and structural plans showing the layout of the building.
Building Structure Project 2
This document contains architectural and structural plans for a project to extend a three-story bungalow located in Subang Heights, Malaysia. The plans include ground, first, and second floor plans, a roof plan, elevations, sections, foundation and floor structural plans, 3D model perspectives, and assumptions about material densities and live loads. The project involves 8 students and their tutor working on extending an existing bungalow built in 2008.
Report
This document contains architectural and structural plans for a project to extend a three-story bungalow located in Subang Heights, Malaysia. It includes floor plans, elevations, sections, and structural plans at a scale of 1:150 as well as 3D model perspectives. It also lists the material densities and live loads assumed for the design, such as a density of 24 kN/m3 for reinforced concrete and live loads ranging from 0.5 kN/m2 for roofs to 3.0 kN/m2 for dry kitchens and laundries.
bstructureproject2-150706142716-lva1-app6892.pdf
This document summarizes a student project to analyze and extend an existing reinforced concrete structure. It includes an introduction describing the existing two and a half story terrace house in Kajang, Malaysia. Section 2 provides the architectural floor plans, and Section 3 details the structural plans, including the foundation, floor, and roof plans. The conclusion recognizes that the project helped the students gain knowledge of structural theory, analysis, and load transfer concepts in reinforced concrete design.
Bstructure project2
This document summarizes a student project to analyze and extend an existing reinforced concrete structure. It includes an introduction describing the existing two and a half story terrace house in Kajang, Malaysia. Section 2 provides the architectural floor plans, and Section 3 details the structural plans, including the foundation, floor, and roof plans. The conclusion recognizes that the project helped the students gain knowledge of structural theory, analysis, and load transfer concepts in reinforced concrete design.
Building Structures Report
This document outlines a group project to analyze and extend an existing reinforced concrete structure. It includes an introduction describing the existing two and a half story terrace house in Kajang, Malaysia. Section 2 provides the architectural floor plans, including the ground floor, first floor, second floor, and roof plans. Section 3 shows the structural plans, such as the foundation, ground floor, first floor, second floor, and roof structural plans. The conclusion states that the project helped the group gain knowledge on structural theory, analysis, and load transfer in structural systems.
Building structures final
This document summarizes a student project analyzing the structural design of a bungalow. It includes an introduction outlining the project objectives to introduce basic structural design processes and provide a holistic design experience. It then presents the architectural plans including ground floor, first floor, and roof plans. Next, it shows the structural plans and load distribution diagrams for each level. Individual structural components are also analyzed. The purpose is for students to demonstrate knowledge of building structures through structural calculations and basic design proposals.
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Pdfjoiner
The document summarizes a student group project to design the skeleton of a reinforced concrete building. It includes an introduction describing the building as a residential bungalow for a school principal in Sibu, Sarawak. It also includes the design brief which summarizes the assumed dead and live loads for the structural design, including self-weights of beams, slabs, walls and roofs. Finally, it includes the architectural and structural plans showing the layout of the building.
Building Structure Group Component
The document summarizes a student group project to design the skeleton of a reinforced concrete building. It includes an introduction describing the building as a residential bungalow for a school principal in Sibu, Sarawak. It also includes the design brief which summarizes the assumed dead and live loads for the structural design, including self-weights of beams, slabs, walls and roofs. Finally, it includes the architectural and structural plans showing the layout of the building.
Building Structure Project 2
This document contains architectural and structural plans for a project to extend a three-story bungalow located in Subang Heights, Malaysia. The plans include ground, first, and second floor plans, a roof plan, elevations, sections, foundation and floor structural plans, 3D model perspectives, and assumptions about material densities and live loads. The project involves 8 students and their tutor working on extending an existing bungalow built in 2008.
Report
This document contains architectural and structural plans for a project to extend a three-story bungalow located in Subang Heights, Malaysia. It includes floor plans, elevations, sections, and structural plans at a scale of 1:150 as well as 3D model perspectives. It also lists the material densities and live loads assumed for the design, such as a density of 24 kN/m3 for reinforced concrete and live loads ranging from 0.5 kN/m2 for roofs to 3.0 kN/m2 for dry kitchens and laundries.
bstructureproject2-150706142716-lva1-app6892.pdf
This document summarizes a student project to analyze and extend an existing reinforced concrete structure. It includes an introduction describing the existing two and a half story terrace house in Kajang, Malaysia. Section 2 provides the architectural floor plans, and Section 3 details the structural plans, including the foundation, floor, and roof plans. The conclusion recognizes that the project helped the students gain knowledge of structural theory, analysis, and load transfer concepts in reinforced concrete design.
Bstructure project2
This document summarizes a student project to analyze and extend an existing reinforced concrete structure. It includes an introduction describing the existing two and a half story terrace house in Kajang, Malaysia. Section 2 provides the architectural floor plans, and Section 3 details the structural plans, including the foundation, floor, and roof plans. The conclusion recognizes that the project helped the students gain knowledge of structural theory, analysis, and load transfer concepts in reinforced concrete design.
Building Structures Report
This document outlines a group project to analyze and extend an existing reinforced concrete structure. It includes an introduction describing the existing two and a half story terrace house in Kajang, Malaysia. Section 2 provides the architectural floor plans, including the ground floor, first floor, second floor, and roof plans. Section 3 shows the structural plans, such as the foundation, ground floor, first floor, second floor, and roof structural plans. The conclusion states that the project helped the group gain knowledge on structural theory, analysis, and load transfer in structural systems.
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This document summarizes a student project analyzing the structural design of a bungalow. It includes an introduction outlining the project objectives to introduce basic structural design processes and provide a holistic design experience. It then presents the architectural plans including ground floor, first floor, and roof plans. Next, it shows the structural plans and load distribution diagrams for each level. Individual structural components are also analyzed. The purpose is for students to demonstrate knowledge of building structures through structural calculations and basic design proposals.
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This document outlines the plans for a project to extend an existing reinforced concrete bungalow, including an introduction, architectural plans showing the ground floor, first floor, roof, elevations and sections at a scale of 1:150, structural plans of the foundation, ground floor, first floor and roof at 1:150, and 3D model perspectives. The plans include a ground floor plan, first floor plan, roof plan, and elevations and sections of the extended bungalow.
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This document outlines a group project to analyze the structure of a designed 2-story bungalow. It includes the architectural plans, structural plans, design specifications, and individual analysis of beams and columns by group members. The group designed the bungalow layout, skeleton structure, and slab systems. Each member then analyzed 6 beams under different loads and 3 columns from roof to foundation. The conclusion determines the columns can withstand up to 1742.4kN of load based on the specified dimensions and material properties.
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This document outlines a group project to analyze the structural design of a 2-storey bungalow. It includes the architectural and structural plans of the bungalow, as well as specifications for the building materials. Each group member is assigned to analyze specific beams and columns, to validate that the structural design can withstand the calculated loads. The conclusion confirms that the designed columns, which are 300mm x 300mm, have a calculated capacity of 1742.4kN and can therefore sustain the ultimate loads. The project helped the students learn about calculating and analyzing beams and columns in building design.
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This document contains architectural and structural plans for extending an existing bungalow. It includes floor plans, elevations, sections, and structural plans showing the foundation and framing. Load assumptions are also provided for materials and occupancy of spaces to enable structural analysis and design of the extension.
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The document is a final assignment submission for a structural analysis course. It analyzes the structure of a residential bungalow, with sections that include brief descriptions, floor plans showing foundations and structural layouts, and analysis reports on beams and columns with load diagrams, bending moment diagrams, and load estimations. A group of 6 students contributed to the analysis, which was submitted to their tutor Ms. Ann on June 19th, 2018.
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This document summarizes a project analyzing the structural design of extending an existing reinforced concrete bungalow in Kuala Terengganu, Malaysia. The project team studied architectural plans of the bungalow, which has a pond as its central design feature, and produced structural plans showing the column, beam and slab layout. They created foundation, floor, roof, and 3D structural layout plans at scales of 1:150 to 1:200. Load distribution diagrams were made for the ground floor, first floor and roof beams. Through this project, the team learned about structural design processes, exploring different structural member placements and understanding load transfer through a building from top to bottom.
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This document presents the structural analysis of a 2-storey bungalow design project. It includes architectural plans, structural plans, load distribution diagrams, and individual beam and column analyses. The project aims to expose students to structural theories, force calculations, and basic structural proposals. Yeow Jinn Sheng analyzes roof beams and columns D12, A8, and A7. Lynette Law Yong Yi analyzes first floor beams and the same columns. Hariish Kumar analyzes ground floor beams and columns A5, J7, and J9.
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This document discusses a group project to analyze and extend the structure of an existing 3-story bungalow. The group measured and drew plans of the bungalow since no floor plans were available. They then produced a set of structural drawings showing the column and beam layout. Each group member also proposed an individual extension of up to 100 square meters per floor, to be framed with structural elements like columns, beams, slabs and trusses. The group analyzed a minimum of 6 beams and 4 columns, identifying the loads acting on them.
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This document discusses a group project to analyze and extend the structure of an existing 3-story bungalow. It outlines producing measured drawings of the bungalow without a provided floor plan. The group then created structural drawings showing columns, beams, and loads. Each group member also proposed individually extending the bungalow by no more than 100 square meters per floor using structural elements like columns, beams, slabs, and trusses.
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The document summarizes the structural analysis of a two-story bungalow building. It includes floor plans, structural plans, and beam and column analysis reports. The ground floor structure consists of ground beams and reinforced concrete pilings supporting columns above. The first floor structure also uses beams and pilings to support columns, which are continuous from the ground floor up. The overall structural system is designed to provide rigidity to the foundation, columns, and upper structural members.
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- 1. PROJECT 2: SKELETON DESIGN OF RC. BUILDING Building Structures (ARC 2522/2523) Tutor: Mr Adib Group Members: Chong Jia Yi 0320869 Ee Yun Shan 0319990 Lee Ning 0320125 Lee Zi Ying 0320435 Lim Zia Huei 0321031 Ong Shi Hui 0320303
- 2. Table of content 1. Introduction of the building 2. Design brief 3. Architectural plan 4. Structural proposal plan 5. Identify One way or two way slab 6. Load distribution diagram 7. Beam and Column analysis calculation (Lee Ning 0320125 ) 8. Beam and Column analysis calculation (Lee Zi Ying 0320435 ) 9. Beam and Column analysis calculation (Lim Zia Huei 0321031 ) 10. Beam and Column analysis calculation (Chong Jia Yi 0320869 ) 11. Beam and Column analysis calculation (Ong Shi Hui 0320303 ) 12. Beam and Column analysis calculation (Ee Yun Shan 0319990 )
- 3. Introduction of the building Building Type Residential building (Bungalow) Building Function House of a school principal Location Sibu, Sarawak Architect N/A Client N/A Design brief: Summarize the weight of material and live load assumed Dead Load Calculation on structure Beam self weight (Assuming beam size 150mm x 300mm) = Beam size x concrete density = 0.15m x 0.3m x 24kN/m3 = 1.08 kN/m Slab self-weight = Slab thickness x concrete density = 0.15m x 24kN/m3 = 3.6kN/m3 Brick wall self-weight = Wall Height x Thickness x Brick density = 3.0m x 0.15m x 19kN/m3 = 8.55 kN/m3 Roof Slab self weight assumption= 1 kN/m3
- 4. Live Load Calculation on structure Ground floor Living room: 2.0 kN/m3 Dining room: 2.0 kN/m3 Kitchen: 2.0 kN/m3 Guest room: 2.0 kN/m3 Bathroom: 2.0 kN/m3 Verandah: 2.0 kN/m3 Store: 2.5 kN/m3 First Floor Bedroom: 2.0 kN/m3 Study room: 2.5 kN/m3 Roof Live load assumption= 0.5 kN/m3
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