Structure Calculation

We take in this section the quit zone and we studied in it the structure. Our structure materials reinforced concrete.

We choose flat plate slab system as structure in this area because it support by columns & beams in edge without having interior drop beams which is good as aesthetic view. Also drop beam for view (spacing between column huge & slab between column) it will not be sufficient and in construction it will be easy to use flat ceiling.

Consideration in calculation that we must know it:
For Strip moment:

Some of Data inputs:

Slab thickness : hmin =Ln/33 =9000/33=280cm
Column: 40*20 cm height 5.5
Slab material f'c=30 MPa
Beam=20*70cm
Moment ultimate moment Mu=1.2MD+1.6ML

By using FEA program (finite element analysis) as available software in market we input our data in program which required from us to have results.

Detailed Engineering Design: Calculation for the Quiet area:
1-Structure design plan

For structure calculations we went in the steps.
1.Calculation for load

Pu=Area * WSV =8.75*7.8*13.5

Pu= 921KN
Φ Pu=1225 KN

Pu < Φ Pn -----------( O.K

Sections&Details

Section-1





Section-2

Details(D1)



Details(D2)

Elevations

3D-Views

Our Building Plan

Our Building Zoning Plan within area distribution name:

Master Plan

• 
  
  1-Entrance to our site
  2-Entrance of building
  3-Admin. Parking
  4-Parents Parking
  5-Bus Parking
  6-Administration
  7-Active Area
  8-Quit Area
  9-Activity Area
  10-Shading Corridor
  11-Courtyard
  

Building Zoning

Our Zoning within the building:

The building divided into three zones

-Active Zone

Administration / Parents Area / Reception

Quit Zone




Shades Corridors Betweens Buildings

Our Objectives

Creating new environment for children to delight their mind & to have fun.

Encouraging children to contribute on community while feeling a sense of accomplishment.

Encourage children to be creative and develop different skills such as painting, acting, sculpture and film production, etc.

The main aim is to provide a better future for all children, through improving & providing their various physical, medical, social, economical & educational needs.

Designing the cultural center in Alain & supplying the equipment and instruments needed to allow it to function independently.

Encouraging self-expression through educational means in a secure and healthy environment, where they could also use the library and the computers.



Design a building that is environmentally supportive. So for heath & indoor environmental quality we will have these features:
.Healthy
.Energy efficient
.Material efficient
.Sustainable Sites & Water efficient
.Building Ventilation
.Natural light
.Comfortable

Project Brief

Our Project: Children’s Cultural Center (CCC) which will have 200 children age (6-12)
Location: AlSarooj- Alain – UAE
Building Type: Educational
Size: 1,365.1125 m²
Cost: 8,761,510.4 Dhrs

Climate:
The climate in Alain is generally hotter and drier than Abu Dhabi & Dubai in summer
In summer, in contrast to the often sticky humidity of the coastal cities.
In winter, Al Ain comes into its own, with very pleasant weather from late October until around the end of May, amidst very pleasant surroundings.