Đồ án tốt nghiệp - Mission of capstone project

Capstone Project – Happy Land City District 7

Advisor: Assoc. Prof. PhD. Ha Duy Khanh

MISSION OF CAPSTONE PROJECT

Student: NGUYỄN NGỌC PHÚ

ID: 20149104

Major: Construction Engineering Technology

Class: 20149CLAS

Advisor: Assoc. Prof. Ph. D HÀ DUY KHÁNH

Phone: 0932137148

Received date: 09/02/2025

Finish date: 19/06/2025

IMPLEMENTATION CONTENT
1.

Name of project: Happy Land City District 7.

2.

Initial

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Architectural design drawings (GVHD specifies dimensions).

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Geological survey.

3.

Content of project:

3.1. Architechtural:
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Re-presenting architectural drawings.

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Analyze the function and impact of the project.

3.2. Structural:
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Model, analyze, calculate, and design typical floors.

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Model, analyze, calculate, and design stairs.

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Model, analyze, calculate, and design typical floor beams.

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Model, analyze, calculate, and design columns - walls - foundations.

3.3. Result:
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01 Report.

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20 drawing A1 (06 Architecture, 11 Structure, 03 Foundation).

DEAN

Student: Nguyen Ngoc Phu - 20149104

LECTURERS

1

Capstone Project – Happy Land City District 7

Advisor: Assoc. Prof. PhD. Ha Duy Khanh

SINCERELY THANKS
For each student of construction, the graduation thesis is the end of the university study
process and, at the same time, opens up a new direction in real life in the future. Through the
process of making the thesis, it has d conditions for me to synthesize and systematize the
knowledge I have learned and, at the same time, collect and supplement new knowledge that I
still lack, practice calculation, and solve problems that may arise in practice.
During the period of writing my thesis, I have received a lot of guidance and enthusiastic
help from Assoc. Prof. Ph. D Hà Duy Khánh. I would like to express my sincerity and deep
gratitude to Mr. I would also like to express my sincere thanks to all the teachers of the Faculty
of Civil Engineering who have guided me for more than 4 years of studying and training at the
school. The knowledge and experience that the teachers have imparted to me are the foundation
and the key for me to be able to complete this graduation thesis.
I would like to express my deep gratitude to my parents, and family members, and support
and encouragement from my previous classmates and close friends who helped me overcome
difficulties during my studies and complete my studies.
Although I have tried my best, due to limited knowledge and experience, my graduation
...

...
Land City District 7

Advisor: Assoc. Prof. PhD. Ha Duy Khanh

ξ = 1 − √1 − 2αm = 1 − √1 − 2 × 0.047 = 0.048 ξR = 0.533
As =

ξγb R b bh0 0.048 × 17 × 1000 × 1850
=
= 4313 (mm2 )
Rs
350

→ Choose rebar: ∅32a180 (Asc = 4468 mm2 )
μmin = 0.05% ≤ μ =

As
4468
ξR R b
=
= 0.24% ≤ μmax =
= 2.21%
bh0 1000 × 1850
Rs

So, similarly we have the results for all typical floors slab plan, show in the table below:
Table 8-31: Resuls calculation reinforcement of foundation cap ML
Name Dir Station

M3

agt

ho

αm

ξ

Astt

Choose Rebar
????

%

X

Bottom 4019.5 150 1850

ML

X

Top

ML

Y

Bottom 5107.5 150 1850

0.103

0.109

8354 34 100 9079 0.49

ML

Y

Top

0.016

0.016

1293 16 150 1340 0.07

-855.2

50
50

Student: Nguyen Ngoc Phu - 20149104

0.085

Asc

ML

-486.1

0.081

a

µ

1950 0.0088 0.0088
1950

6515 34 130 6984 0.38
711

16 200 1005 0.05

166

Capstone Project – Happy Land City District 7

Advisor: Assoc. Prof. PhD. Ha Duy Khanh

REFERENCES
A. DESIGN STANDARDS
1.

TCVN 2737:1995

Load and impact design standards.

2.

TCXD 2737:2023

Instructions for calculating the dynamic component of wind load.

3.

TCVN 5574:2012

Concrete and reinforced concrete structures - Design standards.

4.

TCVN 9362:2012

Standards for design of house and building foundations.

5.

TCXD 205:1998

Pile foundations - Design standards.

6.

TCVN 198:1997

High-rise buildings - Entire reinforced concrete design.

7.

TCVN 195:1997

High-rise buildings - Bored pile design.

8.

TCVN 9395:2012

Bored piles - Construction and acceptance.

9.

TCVN 9362:2012

Standards for design of house and building foundations.

10. TCVN 9386:2012

Design of earthquake - Resistant structures.

B. REFERENCE BOOKS:
11. Professor. Nguyen Dinh Cong, Calculation of reinforced concrete column cross-section,
Construction Publishing House (2006).
12. Associate Professor, Dr. Phan Quang Minh, Reinforced concrete structures Basic
structural parts Science and Technology Publishing House (2006).
13. Vu Cong Ngu, Soil mechanics, Education Publishing House (2010).
14. Chau Ngoc An, Foundation, Ho Chi Minh City National University Publishing House
(2012).
15. Associate Professor Vu Manh Hung, Handbook for practice of construction structures,
Construction Publishing House (1999).
16. Associate Professor, Associate Professor Nguyen Ba Ke - Construction of Bored Pile.
C. SOFTWARE:
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Auto CAD 2024

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Etab 21.0.0

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Safe V16

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Office 2021

Student: Nguyen Ngoc Phu - 20149104

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