expert service oriented architecture

http://123link.pro/iJZWDmH expert service oriented architecture in c sharp using the web services enhancementsarchitecturedial plan architecturedistributed systems architecturesapplication architecturesmvc architecture nghiên cứu kiến trúc hướng dịch vụ (service oriented architecture) và giải phá của oraclenghiên cứu kiến trúc hướng dịch vụ (serviceoriented architecture) basic program architecture revit architecture

PART I

ARCHITECTURE

(10%)

INTRUCTOR: Prof, Dr NGUYEN NGOC LINH STUDENT : NGUYEN DUC DUY

CLASS : 56XE

ID :5655.56

TASK:

− General introduction of the building

− Architecture solution of the building

− Drawing plan layouts and sections

− Technical and infrastructure solutions

CHAPTER I GENERAL INTRODUCTION I.1 BUILDING LOCATION

Lapaz Tower locates at 38 Nguyen Chi Thanh, Thach Thang, Hai Chau district, Da Nang city It is very near from the building to the school, hospital, Danang administrative center, Han river bridge…The building is expected to promote the economy and tourism development of the city

Figure 1 1 Location of La Paz Tower

The building is a complex of apartments, services and owned by Danang Housing

investment development joint stock company

I.2 INVESTMENT NECESSARY

In the recent years, Vietnam’s economy has changed dramatically along with the rapid growth of the other countries in Asia The reconstruction and construction of

infrastructure is really needed On the other hand, the replacement of low-rise buildings

by high-rise buildings is very necessary to resolve land issues as well as changing the urban landscape to deserve with the stature of a large city

Danang is one of the most important cities in Vietnam With many beautiful landscapes, Danang attracts million tourists each year Nowadays, more and more people want to live and work in Danang Therefore, the construction of a high-rise building like La Paz Tower

is essential and appropriate to deal with the issue After constructed, the building also will

be one of the landmarks or the city

I.3 SCALE AND GENERAL FEATURES

The project consists of 17 upper stories and 2 basements The total high of the building is 64.8m from ±0.000 level and the basement is at -4.400m deep

The functions:

− Basement 1 and 2 is used as a parking area for residents and customers The

technical rooms like power room, pumping room…is put in the basement 2

− The first floor: mini supermarket, mini shop and office rooms for hire

− The second floor: office rooms for hire

− Floor 3- 17: residental apartments

− The eighteenth floor: lift technical room and water tank

The technical parameters:

− Each basement area: 596 m2

− The first floor area: 594 m2

− The second floor area: 616 m2

− The third to seventeenth floor area: 625 m2

− The eighteenth floor area: 80 m2

CHAPTER II ARCHITECTURE SOLUTION II.1 DESIGN OF MASTER PLAN

There are 2 basements that is used for parking and putting some technical system like water tank, power room…The area of each basement is 596m2 There is a staircase from the basement 2 for people moving conveniently

The first and second floor are used for market, shop, office for release 2 elevators and 1 staircase are installed to move vertically

Apartments are located from the third to the seventeenth floor Each apartment is designed independently and connected together by lobbies

There are 7 apartment types:

− S1 and S4 apartment: 2 bedrooms – S=92.6m2

− S2 and S3 apartment: 2 bedrooms – S=74m2

− S5 apartment: 2 bedrooms – S=96.5m2

− S6 apartment: 1 bedroom – S=44.8m2

− S7 apartment: 2 bedrooms – S=78.1m2

In each floor, the lobbies are designed to move conveniently The elevators are the center

II.2 DESIGN OF FACADE

The building has a modern shape and is designed as a landmark of Danang city

The building is exposed the sunshine extremely from all 4 directions The doors and windows are made of color glass, that make the building more beautifully

II.3 DECORATED MATERIAL SOLUTION

High quality inland materials are used for the building like granite and ceramic tiles VIGRACERA, sanitary wares INAX Using industrial timber for doors, glass material for windows

III.1 LIGHTING SYSTEM

Natural light is fully utilized The window systems in all facades are glazed In addition, artificial light is also arranged so that it can cover all points that need lighting

III.2 VENTILATION SYSTEM

Through the window system, natural ventilation is fully utilized Besides, there is air conditioning system The pipe system is laid in the vertical and horizontal technical box, distributes evenly to the places of consumption

III.3 POWER SYSTEM

The medium voltage line 15KV goes to the substation through the underground pipe system There is also backup power, two generators, located in the basement of the

building When main power is lost, the generators will serve the following cases:

- The fire protection system

- Lighting system and protection

- Working offices

- Vertical transport system

- Computer system and other critical services

III.4 WATER SUPPLY AND DRAINAGE SYSTEM

III.4.1 Water supply

Water from the water supply system of the city goes into the underground tank situated in the basement of the building Water is pumped to the roof tank automatically, and then follows the technical pipeline to the consumptions

III.4.2 Drainage

Rainwater on the roof, logia, balcony, and domestic wastewater is collected to se-no leading to the treatment tank Handled water will be given to the drainage system of the city

III.5 FIRE PROTECTION SYSTEM

III.5.1 Fire alarm system

Fire alarm detection devices are arranged in each room at every floor, public place of each floor Fire alarm network is mounted alarm clocks and lamps The management

department controls fire as soon as receive the fire signal

III.5.2 Firefighting system

This system is designed based on the fire prevention requirements and other relevant standards (including fire preventing component, escape exits, firefighting water) CO2 cylinders are set at the intersections in all stories

III.6 WASTE DISPOSAL SYSTEM

Waste of each floor will be collected and taken downstairs technical storey, basement by waste collection tube The waste is processed every day