1 / 61

Health Care Center

Health Care Center. Supervisor: Dr. Monther Dwaikat. Prepared By: Dana Heigeh Isra ’ Atallah Manar Raddad. outlines. Introduction. Architectural Design. Environmental Design. Structural Design. Electrical Design. Mechanical Design. Safety Design.

alicet
Download Presentation

Health Care Center

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Health Care Center Supervisor: Dr. MontherDwaikat Prepared By: Dana Heigeh Isra’ Atallah ManarRaddad

  2. outlines • Introduction. • Architectural Design. • Environmental Design. • Structural Design. • Electrical Design. • Mechanical Design. • Safety Design. • Quantity Surveying and Cost Estimation

  3. Introduction

  4. Introduction • Health centers are structural buildings that provides a range of medical services including: consultations, treatment, diagnosis, minor surgery and health education • The Ministry of Health decided to select this site because of: • The lack of health centers in the eastern region of Nablus. • The location is close to most of the villages and camps in the eastern area. • Location Advantages • The land has a small slope. • Quite region. • Located in the middle of three streets. • No surrounding high buildings to prevent Sun.

  5. Site Location • Near Masjed Abu Baker Al-Siddiq in Balata Village in Nablus.

  6. Architectural

  7. Site Plan

  8. Architectural Design Plan for the basement floor:

  9. Architectural Design Plan for the ground floor:

  10. Architectural Design Plan for the first floor:

  11. Architectural Design Plan for the second floor:

  12. Architectural Design

  13. Architectural Design

  14. Environmental Design

  15. Thermal Calculations Layers for external walls (U = 0.87 W/m2.k): We used double glazed windows with U=2.71 W/m2.k.

  16. Environmental Design • Ecotect model for original design of the health center.

  17. Environmental Design • Ecotect model for the new design of the health center.

  18. Environmental Design The original design. Heating load =19 W.h/m² Cooling load =24 W.h/m² The new design. Heating load = 9 W.h/m² Cooling load =19 W.h/m²

  19. Environmental Design Emergency department-The original design. 1.60% Emergency department-The new design. 2.60%

  20. Acoustical Design Meeting room was chosen. The required optimum value of RT60 level in the meeting room is 0.5 -0.7 sec. RT60=0.6→in range

  21. Acoustical Design • % Alcon =6% • Range between 3 and 7→ % Alcon is good. • The recommended STC=42 dB. • Modifications for STC ratings:

  22. Acoustical Design Section in the inside wall Section in the outside wall

  23. Acoustical Design

  24. Structural & Seismic Design

  25. Structural Design • The project consists of two block separated by 5cm structural joint. • Ribbed slab of 25 cm thickness. • Beam girder system.

  26. Structural Design Design codes : • ACI -318-11 for reinforced concrete structural design. • UBC -97 for earthquake load computations. • ASCE for load computations. • (ACI 350.3-06) for computing loads applied on water tanks under earthquake action. The analysis and design were done using SAP2000 program.

  27. Structural Design Loads Used • Block A • Block B

  28. Structural Design Seismic load: • Soil type SDand the bearing capacity of soil = 220 KN/m2 • Z=0.2 • I=1.25 • Cv=0.4 • Ca=0.25 • R=5.5

  29. Structural Design

  30. Equilibrium Checks-Block A Internal Forces Checks

  31. Structural Design Checks on SAP model : • Base shear ( V ) for seismic design : Manual calculation for ( V ) = 11391KN . From SAP : • Mass participation ratio is larger than 90% in X, Y .

  32. 3D Model for The Blocks Block B Block A

  33. Deformed Shape Block A Block B

  34. Design Stage Slab reinforcement

  35. Design Stage • Beam reinforcement

  36. Design Stage • Column reinforcement

  37. Design Stage • Shear wall reinforcement For boundaries For web

  38. Design Stage • Footing reinforcement. Isolated footing:

  39. Design Stage • Footing

  40. Design Stage • Wall footing

  41. Staircase Design

  42. Design Stage Water tank • (ACI 350.3-06) was used to compute loads applied on water tanks under earthquake action. • tank reinforcement

  43. Electrical Design

  44. Electrical Design W.C’s staircase Others

  45. Electrical Design • Store. • The recommended minimum luminance level E (lux) for store is equal to 300 lux. 4 luminaries are needed.

  46. Electrical Design • Meeting room: • The recommended minimum luminance level E (lux) for meeting room is equal to 500 lux

  47. Electrical Design • luminaries distribution for the ground floor

  48. Electrical Design • Sockets distribution for the basement

  49. Mechanical Design

  50. Mechanical Design Water supply for First floor

More Related