MINISTRY OF EDUCATION AND TRAINING HO CHI MINH CITY UNIVERSITY OF TECHNOLOGY AND EDUCATION FACULTY FOR HIGH QUALITY TRAINING GRADUATION THESIS ELECTRONICS AND COMMUNICATIONS ENGINEERING TECHNOLOGY TECCO TOWER APARTMENT ADVISOR : ASSOC. TRAN TUAN KIET STUDENTS : NGUYEN TAM THUONG SKL010926 Ho Chi Minh City, June 2023 HO CHI MINH UNIVERSITY OF TECHNOLOGY AND EDUCATION FACULTY FOR HIGH QUALITY TRAINING CAPSTONE PROJECT TECCO TOWER APARTMENT INSTRUCTOR : ASSOC. TRAN TUAN KIET NAME : NGUYEN TAM THUONG STUDENT ID : 17129047 Ho Chi Minh City, June 2023 THANK YOU Graduation essay is necessary for every student in the construction industry to finish learning process, even though that, it open the new way for student to the real life in future. Graduation essay facilitate for each student to summarize and recapitulate their knowledge, at the same time, collecting and bonus another information which they defect.
Practice computational and solve arises problem in the real life. With my Graduation essay, Instructor teacher and other teachers in construction industry take many help, many teach by the devoted way. I would like to say thank you. That knowledge and experience is the foundation and the key to finish this Graduation essay Because of limit experience, the mistake is unavoidable.
I hope to take your advice to improve my knowledge. Finally, I wish you a good health, happiness and success in your life. Thank you! Ho Chi Minh City, June 21, 2023 Student ( Signature and full name ) HO CHI MINH UNIVERSITY OF SOCIALIST REPUBLIC OF VIET NAM TECHNOLOGY AND EDUCATION Independence - Freedom - Happiness FHQ TRAINNING CAPSTONE PROJECT REQUIREMENT ❖ Student : NGUYEN TAM THUONG Student ID: 17129047 ❖ Department : Faculty of high quality training ❖ Major : Civil Engineering ❖ Project name : TECCO TOWER APARTMENT 1. Information • Architecture document: Consist of architecture plans and sections • Geodesic survey of building 2.
Contents of theoretical and computational lessons a. Architecture • Re-present the architectural drawings at the request of the instructor. Upper structure • Calculation and design of the typical floor of the floor according to the plan: Full rib floor. • Calculation and design of stairs for floors 4-5.
• Modeling and design of beams, columns and walls. Foundation • Survey, analysis, geological assessment and loads acting on the foundation structure. • Design of the reinforced concrete pile foundation plan • Notes: including 01 note and 01 Appendix • Drawings: 17 A1 drawings (05 architectural drawings, 12 structural drawings) 3. TRAN TUAN KIET 4.
Finish Date: Ho Chi Minh city, date month year 2023 INSTRUCTOR SIGNATURE HO CHI MINH UNIVERSITY OF SOCIALIST REPUBLIC OF VIET NAM TECHNOLOGY AND EDUCATION Independence - Freedom - Happiness FHQ TRAINNING INSTRUCTOR COMMENTS Student : NGUYEN TAM THUONG Student ID: 17129047 Department : Faculty of high quality training Major : Civil engineering Project : TECCO TOWER APPARTMENT COMMENTS 1. About the topic content & implementation volume:. Recommend for debate or not?. ) Ho Chi Minh city, date month year 2023 INSTRUCTOR HO CHI MINH UNIVERSITY OF SOCIALIST REPUBLIC OF VIET NAM TECHNOLOGY AND EDUCATION Independence - Freedom - Happiness FHQ TRAINNING INSTRUCTOR COMMENTS Student : NGUYEN TAM THUONG Student ID: 17129047 Department : Faculty of high quality training Major : Civil Engineering Project : TECCO TOWER APARTMENT QUESTIONS.
COMMENTS AND RECOMMEND. Ho Chi Minh city, date month year 2023 REVIEWER TEACHER SIGNATURE CONTENTS CHAPTER 1: OVERVIEW OF ARCHITECTURE. Functional plan and subdivition. Water supply and sewerage system.
Fire prevention, emergency exit. Garbage drainage system. Climate characteristics of the construction area. Material for use.
Software for use in analyzing and calculate. Reference Viet Nam standard. Loading and impact. Reinforced-concrete elements.
Choose preliminary section of slab. Choose preliminary section of beam. Choose preliminary section of column. Choose preliminary section of core wall.
6 CHAPTER 2: DESIGN OF STAIRCASE. Geometry of staircase and calculation free-body diagram. Geometry of staircase. Loading on staircase.
Loading on the landing. Loading of diagonal slab. Analyze the modeling with ETAB. Modeling with ETAB:.
Calculate reinforcement for landing and flight. Calculate reinforcement for the beam of the landing and flight. 12 CHAPTER 3: DESIGN OF ROOF WATER TANK. Data of calculation.
Primary of structure diagram. Material in used. Calculation of cover slab. Free body diagram.
Calculation of wall plate. Calculation of reinforcement. Calculation of bottom slab. Free-body diagram.
Calculation of water tank beam system. Calculation internal forces. Check deflection and deformation of bottom slab. Verify deflection condition.
Check deformation crack condition. Calculate of column. 37 CHAPTER 4: DESIGN OF STRUCTURAL FRAME. Loading on frame structure.
Design spectrum table Load combination. Checking model result:. Design of frame. Calculation of typical beam.
Calculation of design for 4th axis frame and C axis column. Calculation of core wall design. 90 CHAPTER 5: DESIGN OF TYPICAL FLOOR. Layout of typical floor.
Choose preliminary section. Choose preliminary section of slab. Choose preliminary section of beam. Choose preliminary section of column.
Choose preliminary section of wall. Loading on typical floor. Calculation of particular slab. Model analysis using SAFE.
Checking deflection of floor:. Calculate of reinforcement and arrangement. 104 CHAPTER 6: DESIGN OF FOUNDATION SYSTEM. Geological surveying information:.
Determine of foundation depth and pile size. Calculate bearing capacity of pile. Bearing capacity according to material. Bearing capacity of pile according to mechanical and physical index of ground.
Bearing capacity of pile according to strength of soil layers. Bearing capacity of pile according to SPT index. Verify constructing process of pile. Design of foundation F1.
Column C11 reaction forces. Verify number of pile for foundation F1. Verify strength condition and settlement:. Checking punching shear condition of pile cap.
Calculate pile cap reinforcement. Design of foundation F2. Column C12 reaction forces. Verify number of pile for foundation F2.
Verify strength condition and settlement. Checking punching shear condition of pile cap. Calculate pile cap reinforcement. Design of foundation F3.
Column C13 reaction forces. Verify number of pile for foundation F3. Verify strength condition and settlement. Checking punching shear condition of pile cap.
Calculate pile cap reinforcement. Design of pit foundation. Pier reaction forces. Verify number of pile for pit foundation and arrangement.
Verify strength condition and settlement. Calculate pile cap reinforcement. 117 CHAPTER 7: CONSTRUCTION METHODS. Preparing machinery for construction.
Preparation work before construction:. Calculation and establish construction method:. Choose excavator machine:. Calculation productivity of transport vehicle:.
Construction of pile pressing:. Choosing construction method:. Pile positioning activity:. Volume of pile:.
Bearing capacity according to material:. Choosing presser machine:. Choosing crane for serve pressing pile activity:. Determine cable line:.
Conduct pressing pile:. Connect joint between pile segment activity:. Moving diagram of pressing pile activity:. An attention in the process of pressing pile:.
135 LIST OF TABLE Table 1.1: Preliminary section of beam .2: Preliminary section of central column .3: Preliminary section of edge column .1: General geometry of staircase .2: Structure component of the landing flight .3: Equivalent thickness of each structure layer .4: Dead load on staircase slab .6: Calculation of flight .1: Static loading of the slab .2: Internal forces of cover panel .4: Static loading of the wall plate .6: Static loading of the slab .7: Internal forces of bottom panel .9: Total loading on top cover beam system .10: Static loading of the wall plate .11: Total loading on bottom cover beam system .13: Stirrup designed result .1: Static wind load .2: Limited value of frequency fl .3: Wind load result of mode 1 .4: Wind load result of mode 2 .5: Calculation result for determine wind load .6: Dynamic component of windload.7: Result of static and dynamic components of wind .8: Building characteristics and derivative parameters .9: Design spectrum table .12: Checking displacement of story according to wind load .13: Checking displacement of story according to earthquake load.15: Internal force of beam B1 .16: Reinforcement result of beam.17: Result of calculated column reinforcement axis C .18: Result of calculated column reinforcement axis 4.1: Formula of sectional selection .2: Preliminary section of middle column.3: Primary section of edge column .4: Loading of normal floor .5: Loading on roofing floor and toilet .7: Live load distributed on floors.8: Determine moment of slab with diagram 9 .10: Reinforcement for slabs .1: Summary information of geological surveying .2: Average intensity of resistance of soil layers .3: Bearing capacity of pile according to mechanical and physical characteristic of soil.4: Average intensity of resistance of soil layers .5: Average intensity of resistance of soil layers .6: Choose Qtk for foundations .7: Reaction forces column C11 foundation F1 .8: Settlement result of F1 .9: Reinforcement result for foundation F1 .10: Reaction forces column C12 foundation F2 .11: Settlement result of foundation F2 .12: Reinforcement result for foundation F2 .13: Reaction forces column C23 foundation F3 .14: Settlement result of foundation F3 .15: Reinforcement result for foundation F3 .16: Reaction result of core wall .17: Settlement result of pit assumong foundation .18: Reinforcement result for pit foundation .1: Calculation of cable line. 132 LIST OF FIGURE Figure 2.1: Layout of stair case .2: Structure of landing .3: Structure of riser .9: Free body diagram of beam D1 .11: Moment diagram of beam D1 .10: Shear diagram of beam D1 .2: Free-body diagram .3: Free body diagram .5: Bottom slab of water tank .6: FBD of bottom slab .7: Load transfering diagram .8: Load transfering diagram .9: Modeling of water tank .13: Moment DN1 and DD1 .14: Moment DN2 and DD2 .15: Moment DN3 and DD3 .16: Shear force DN1 and DD1 .17: Shear force DN2and DD2 .18: Shear force DN3 and DD3 .2: Diagram of calculation of wind load impact on the project .3: Sectional and vertical sections of the wall .1: Divide of slabs .2: Modling of floor in SAFE .3: Strip A on X direction .4: Moment on Strip A .5: Strips B on Y direction .6: Moment according to strip Y .3: Layout of foundation F1 .4: End-pile reaction .5: Moment on Y-direction .6: Moment on X-direction .7: Layout of foundation F2 .8: End-pile reaction .9: Moment on Y-direction .10: Moment on X-direction .11: Layout of foundation F3 .12: End-pile reaction .13: Moment on Y-direction .14: Moment on X-direction .15: Layout of pit foundation .16: End-pile reaction .17: Moment on X,Y-direction. 117 CAPSTONE PROJECT INSTRUCTOR: Assoc. Prof TRAN TUAN KIET CHAPTER 1.
OVERVIEW OF ARCHITECTURE 1. Construction introduction - In recent years, with the trend of integration, industrialization and modernization of the country, integrating with the development trend of the times, the investment in the construction of high-rise buildings to replace low-rise ones. Degraded residential areas are essential. Therefore, Grand Mercure apartment building was born.
- Located in Lao Cai city, the project is located in an open and beautiful location that will create a highlight and create harmony, rationality and modernity for the overall residential planning. Urban infrastructure - The work is located on the main road, convenient for the supply of materials and traffic outside the building. - The electricity and water supply system in the region has been completed, meeting the requirements for construction. - The land for construction of the work is flat, there is no old works, no underground works below the ground, so it is very convenient for the construction work and layout of the overall plan.
Functional plan and subdivision - The work plan is rectangular with gouges, length 56m, width 35.2m, and construction land area is 1971.