Đồ án tốt nghiệp - Calculating, checking and developing to use the Revit software for the ACSOTSNRHC

HO CHI MINH CITY UNNIVERSITY OF TECHNOLOGY AND EDUCATION

FACULTY FOR HIGH QUALITY TRAINING
--

GRADUATION PROJECT

TOPIC
CALCULATING, CHECKING AND DEVELOPING TO USE
THE REVIT SOFTWARE FOR THE AIR CONDITIONING
SYSTEM OF THE SON NAM RESTAURANT
HOTEL CENTER

Major: THERMAL ENGINEERING TECHLONOGY

Student Name

Student ID

Nguyen Vinh Khanh

19147066

Le Duy Khanh

19147065

Nguyen Chi Nguyen

19147040

Advisor : Assoc. Prof. Dr. Dang Thanh Trung

Ho Chi Minh City, July 2023

Ho Chi Minh City Unversity of
Technology and Education

Socialist Republic of Vietnam
Independence – Liberty – Happiness

Faculty For High Quality Training

Ho Chi Minh City,/…/…,2023

Mission of Undergraduate Thesis
Student’s Name :
1 . Lê Duy Khánh

Student’s ID : 19147065

Email :[email protected]

Telephone number : 0703298632

2 . Nguyễn Chí Nguyên

Student’s ID : 19147040

Email :[email protected]

Telephone number : 0898151178

3 . Nguyễn Vinh Khánh

Student’s ID : 19147066

Email :[email protected]

Telephone number :0967282725

Major : Thermal Engineering
Years : 2019 – 2023

Class : 19147CLA2 /19147CLA1

Topic : “Calculating, checking and developing to use the Revit Software
for the air conditioning system of Son Nam restaurant”.
1 . Mission of topic
- Calculating, checking the air conditioning system of work site.
- Perform 3D model of work site by using the Revit 2021 Software.
2 . The product of topic
- Undergraduate thesis with calculated paraments.
- Model 3D of Revit for the air conditioning system.
3 . Instructor: Assoc. Prof. Dr. Dang Thanh Trung
4 . Assignment date: .../…, 2023
5. Task complete date:…/…, 2023
Head of the department

Instructor’s Name

i

Undergraduate thesis

Assoc. Prof. Dr. Dang Thanh Trung

Ho Chi Minh City Unversity of
Technology and Education

Socialist Republic of Vietnam
Independence – Liberty - Happiness

Faculty For High Quality Training

Ho Chi Minh City, /…/…/, 2023

Advisor’s Assessment Sheet
Student’s Name :
1 . Lê Duy Khánh

Student’s ID : 19147065

Email :[email protected]
2 . Nguyễn Chí Nguyên

Telephone number : 078555028
Student’s ID : 19147040

Email :[email protected]
3 . Nguyễn Vinh Khánh

Telephone number : 0898151178
Student’s ID : 19147066

Email :[email protected]

Telephone number :0967282725

Major : Thermal Engineering
Years : 2019 – 2023

Class : 19147CLA2 /19147CLA1

Thesis title: “Calculating, checking and
...

...
Dr. Dang Thanh Trung

Appendix table 2.4. Heat transfer through door
Floor
2
3

Ù (W)

Door area(m2)
9
4,5
4,5
3,44

Type of room
VIP room 1
VIP room 2~4
Small feast room
Big Feast room 2

141,1
70,551
70,551
53,3

Appendix 2.4. Heat transfer from the lamp
Appendix table 2.5. Heat transfer from the lamp
Floor

Type of room

1

Rental room 1
Rental room 2
Rental room 3
Rental room 4
VIP 1
VIP 2~3
VIP 4
Small feast room
Big feast room 1
Big feast room 2

2

3

Q(W/m2)

Floor
area(m2)
405
240
330
266
80
38
58
275
510
1120

12
12
12
12
12
12
12
12
12
12

(W)
4860
2880
3960
3192
960
456
696
3300
6120
13440

Appendix 2.5. Heat transfer from the device
Appendix table 2.6. Heat transfer from the device
Floor

Type of room

Name
device

Quantity

2

VIP 1

Television
Fan
Desk lamp
Stereo
Television
Fan
Television
Fan
Desk lamp
Stereo
Projector
Ornament light
Projector
Ornament light

2
4
2
1
1
2
2
6
4
2
2
15
3
20

VIP 2~4
Small feast room

Big feast room
3

Big feast room

68

Power
Capacity
(W)
130
220
10
25
65
110
130
330
20
50
600
75
900
100

(W)

385

175
530

675
1000

Undergraduate thesis

Assoc. Prof. Dr. Dang Thanh Trung

Appendix 2.6. Heat from people
Appendix table 2.7. Sensible and latent heat from people
Floor

Type of room

2

VIP 1
VIP 2~3
VIP 4
Small feast room
Big feast room
Big feast room

3

Floor
area(m2)
80
38
18
275
510
1120

Quantity
of people
24
12
18
156
324
700

¹ ÛA

Ü ÛA

(W)

2184
1092
1134
9828
20412
44100

1680
840
1080
9360
19440
42000

3864
1932
2214
19188
39852
86100

Appendix 2.7. Heat from fresh air
Appendix table 2.8. Heat from fresh air
Floor Type of room
2

3

VIP 1
VIP 2~3
VIP 4
Small feast
room
Big feast room
Big feast room

Quantity
of people
24
12
18
156

Flow rate
(Ü/¹)
360
180
270
2340

¹Ý ÛA

ÜÝ ÛA

(W)

3369,6
1684,8
2527,2
21902

5140,8
2570,4
3855,6
33415

8510,4
4255,2
6382,8
55317,2

324
700

4860
10500

45489
98280

69400
149940

114990
248220

Þ¹ ÛA

ÞÜ ÛA

Þ (W)

1694
1095
1505
1213
511
242
370
1505
2327
3577

3882,5
2510
3451,4
2781,8
1171
556,36
849,18
3451,1
5333,5
8199

5576,5
3605
4956,4
3994,8
1682
798,36
1219,18
4956,1
7660,5
11776

Appendix 2.8. Heat from leakage air
Appendix table 2.9. Heat from leakage air
Floor
1

2

3

Type of room
Rental room 1
Rental room 2
Rental room 3
Rental room 4
VIP 1
VIP 2~3
VIP 4
Small feast room
Big feast room
Big feast room

Volume
V (m3)
1012,5
600
825
665
240
114
174
825
1530
3360

Coefficient
ξ
0,55
0,6
0,6
0,6
0,7
0,7
0,7
0,6
0,5
0,35

69