Datacollection-180415025345.pdf

EXHIBITION PAVILION

DATA COLLECTION

over head lightings

NATURAL LIGHTINGS  design area window lighting LIGHTINGS  storage – 60 ft ARTIFICIAL LIGHTINGS  out door (Food court – (2-3nos) minimum 60 sq ft) DESIGN AREA:  space 6-10 m2 GENERAL LAYOUT  table size -36in (915 mm) 1500mm  Items placed below an averageheight exhibit barrier (1065 mm; 42 in.) cannot be seen by people Seating area -60who are short or seated 65% DESIGN CIRCULATION SPACE : FOOD COURT tenancy area-30 wide corridor – 8-9 feet 35%  corridor should able to handle two way traffic  break up the corridor length – this will reduce the travel time  provide round or angular corner it can create a intersecting sight line to corridor  minimize the number of steps  avoid design two side exhibition

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INFERENCE : NEUFERT, TSS AND ARCHITECT’S HANDBOOK

AUDITORIUM:

MULTIPLE AISEL  protection room  seating arrangement SEATING ARRANGEMENTS:  MULTIPLE AISEL

 CONTINENTAL

MULTIPLE AISEL:

BREAK ARRANGEMENT

CONTINENTAL SEATING

CONTINENTAL SEATING:  row spacing-not less than 18“ between rows of 18

chairs or 35 or 45  Multiple aisel – have minimum 14-16 rows  more than 45 seat aisles shall not be less than 44“ per chair  continental arrangement (fig . 3) all  Row spacing not less than 12” from the back seats are located in a central section . of one chair to the front Sight line  Aisles serving 60 seats or less shall be a  30 no movement minimum of 30" (76 cm) wide .  60 slight movement  Aisles more than 60 seats shall be at least  110 slight shoulder 3'(91 cm)wide movement SIGHT LINE: 360 full movement Protection room  sight line depend upon the particular events and seating configuration ,3’8” eyelevel in the seated position sight lines to intersect the desired focal point 5'6" elevation either at screen or 12'0" back from front of stage 72 sq ft it will required for both the seating area and space necessary for aisle ways  sight line angle from the balcony to the stage more than 30 degree  auditoriums with no balconies, seating can be steeply raked. When balconies are used, raking intensity can be reduced, allowing more height for balconies AFIYA BANU.R INFERENCE : NEUFERT, TSS AND ARCHITECT’S HANDBOOK

ADMINISTRATION AREA

EXECUTIVE DIRECTOR

 work room – office space –open space all people can access  desk ,storage ,wide circulation zone

 reception – 80sq ft

 executive director -200 sq ft  toilet – 50sq ft  work room – 180 sq ft  small meeting – 100 sq ft  storage – 80 sq ft

RECEPTION AREA

WORK ROOM

SMALL MEETING  formal meeting 100-150sqft(2-3hr meeting)  formal layout : audio visual , good ventilation

TOILET

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STORAGE

 toilet attached with executive officer room INFERENCE : NEUFERT, TSS AND ARCHITECT’S HANDBOOK

FOOD COURT CONFERENCE HALL 10 nos -5000sq ft  Conference reception -80SQ FT DESIGN GUILDLINES  seating places-800SQFT  Toilets (Male) -60SQFT Toilets (Female)-60 SQ FT  The Conference space types are areas used for formal meeting, training, and teleconference activities  special equipment such as rear projection screens; special electronics control and audiovisual recording , and computer-assisted meetings

 The Food Court shall be located adjacent to the auditorium  All the Food Tenancies should have a service corridor , atleast 1500mm wide  Various types of seating including chairs, banquet and booth types.  Terraces are welcomed as part of the Food Court layout  Cafeteria- commercial . . . . . . . 16-18 sq ft

FIRE PRECAUTIONS  alternative exit route must be provided  large conference ,presentation , lecture and

 travel distance of exit , flame resistance materials , fire and smoke compartment

training session  provide tv system , projector , audio visual , space for seating  The Conference is typically designed to accommodate a variety of audiovisual equipment, with special attention to acoustical separation from surrounding spaces.

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INFERENCE : NEUFERT, TSS AND ARCHITECT’S HANDBOOK

SECURITY  FIREDETECTION SYSTEM

FIRE PROTECTION SYSTEM

 To prevent spread of fire ALARM  classified into two system 1.active fire protection 2.passive fire protection SEVICES  Active fire protection-fire alarm  height of ceiling 3.6-institutional building system (single and two stages)  kitchen height not less than 2.75m  single stage -activated the alarm  height of bathroom not less than 2.1m signal immediately transmitted  area of bath room not less than 1.8m2 throughout the buildings to warm the ,minimum width 1.2m occupants  mezzanine floor minimum height -2.2m  two stage –signal alert the people

Exit Requirements All aspects of exit requirements for corridors, doors, stair cases, ramps, etc in respect of widths

FIRE ESCAPES OR EXTERNAL STAIR CASES Passive fire protection –integral  All fire escapes shall be directly connected to the components of fire protection

ground  Minimum tread  Entrance to the fire escape shall be separate and The minimum width of tread without nosing shall be 250 remote from internal staircase  The route to fire escape shall be free of obstructions at mm for residential buildings. The minimum width of tread for other buildings shall be all times except the doorway leading to the fire escape which shall have the 300 mm. Maximum rise required fire resistance.  Fire escape shall be constructed of non-combustible The maximum height of riser shall be 190 mm for residential buildings and 150 mm materials.  Fire escape stairs shall have straight flight not less than for other buildings and these shall be limited to 12 per 125 cm wide with 25 cm treads and risers not more than flight. The minimum head-room in a passage under the 19 cm. landing of a staircase shall be 2.2  Handrails shall be at a height not less than 100 cm  Provision of the lifts shall be made for all multi-storye m. The minimum clear head-room in any staircase shall be 2.2 m. building having a height of 15.0 m. and above. AFIYA BANU.R INFERENCE : NEUFERT, TSS AND ARCHITECT’S HANDBOOK .

PARKING: DESIGN CONSIDERATION  the parking spaces acts as a place for the ceremonies of arrival & departure.  parking can be done in various ways: inclined with various angles or perpendicular. parking can also be done in basement or on surface outside the complex.  surface parking requires less space than the basement parking due to absence of columns.  In case of basement parking, a relatively narrow column grid pattern can be used, with careful planning and design

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CAR ORIENTATION

Ramps for Basement Parking: For each car ramp, the run must be more than 5m long, with ramps that can be up to 12% gradient.

INFERENCE : NEUFERT, TSS AND ARCHITECT’S HANDBOOK

PUBLIC REST ROOM

 Mounting heights or vertical dimensions are always taken

Plumbing Fixture and Accessory Heights

from the finished floor. When installing accessories on tile walls, the tile module and dimensions should be taken into consideration

 provides specific vertical dimensions of both plumbing fixtures and accessories

Men’s toilet layout

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women’s toilet layout INFERENCE : NEUFERT, TSS AND ARCHITECT’S HANDBOOK