Tatiana Zheludkova Diana Seclen · Lobby Office Gym Spa ... four or five roughly equal sections...
Transcript of Tatiana Zheludkova Diana Seclen · Lobby Office Gym Spa ... four or five roughly equal sections...
Cyntia Persaud
Tatiana Zheludkova
Waldy Lopez Hernandez
Diana Seclen
Lobby
Office
Gym
Spa
Auditorium
Exhibit
Restaurant/Café
Classrooms
Plazas
C.P
The lobby area, lounge, waiting room, or other public
seating space within your building is often the first
environment that greets patrons.
Should include entries to halls and security screening
areas
Design the space to accommodate for heavy traffic
loads
Equipment and furniture for lobbies should be of low
profile to minimize bulk
Use durable finishes to accommodate for maximum
pedestrian traffic
Furniture should include but are not limited to: lounge
chairs and sofas, small coffee tables, reception desk
Lobbies being used for 24 hours need a dedicated HVAC
system
C.P http://www.wbdg.org/design/lobby.php
An office is generally a room or other area where
administrative work is done, but may also denote a
position within an organization with specific duties
attached to it
Office space types include: meeting spaces within the
office environment, reception, office support spaces such
as work rooms, storage rooms, file rooms, mail rooms,
copier areas, service units/coffee bar, and coat storage
integrated into the office environment
office space type should be designed with increased fresh
air ventilation, the specification of non-toxic and low-
polluting materials and indoor air quality monitoring.
Non-quantifiable benefits such as access to windows and
view, and opportunities for interaction should also be
taken into account.
The floors should be raised for electrical and HVAC
needs
Workstations should be mobile to accommodate the
changing environment
C.P http://www.wbdg.org/design/office.php
A spa is an establishment that offers both health
and beauty treatments through the means of steam
baths, exercise equipment and massage rooms.
People go to spas to relax, the spaces should be
closed and away from traffic or noisy areas
A gym is a room or building specifically designed
for gymnastics, games, and other physical activity.
The space for a gym should be divided into four
main groups: warm-up/cool down, free weight,
circuit training, and cardiovascular.
A minimum height of 12’ is generally required.
Should include cushioned training surfaces,
mirror walls, or impact-resistant walls.
Structure should be of steel
Acoustics- Sound baffles should be used to
reduce the noise impact generated by other
physical activities within the facility C.P
http://www.wbdg.org/design/auditorium.php
The Auditorium space types are areas for large
meetings, presentations, and performances. Auditorium
space type facilities may include assembly halls, exhibit
halls, auditoriums, and theaters.
Have long spans and are multiple stories high
Floors should be sloped
Angled ceiling allows sounds waves to bounce further
Bottom and intermediate levels should be directly
accessible (ADA reasons)
Fixed seating with tilted seats and backs to provide
passage
Seat numbering should be compliant to ADA and should
include removable seats
Walls should have vinyl coverings and fabric covered
acoustical wall panels
HVAC systems are sized and zoned to accommodate
varying loads
HVAC supply systems are located through floor air
vents, return systems are in the ceiling
C.P http://www.wbdg.org/design/auditorium.php
A large space for gatherings, meetings,
presentations
Can have columns but are not mandatory
Entrances into supporting spaces should
have doors going into connected service
areas
The exhibit hall should be divisible into
four or five roughly equal sections
using operable walls.
The overhead structure should be
designed to allow for lighting trusses,
projection screens, banners or other
convention
C.P http://blog.cleveland.com/metro/2009/04/functions.pdf
Within the restaurant there are
additional spaces that are needed
such as:
› Entrance Lobby
› Queue
› Serving area
› Cashier Station
› Dining area
› Storage
C.P http://www.wbdg.org/design/dining_facilities.php
Classroom spaces are used for formal
meetings, training, education and
teleconference activities
This space requires flexibility, durable
finishes to accommodate for maximum use
and integrated utility lines
Furniture should be light and easy to
rearrange
Classroom spaces are generally finished
with durable materials and surfaces should
meet functionality (marker boards, proj.
screen)
Lighting should be dimmable for
presentation purposes
C.P http://www.wbdg.org/design/conference.php
Public plazas are a community amenity
that serves a variety of users
including building tenants, visitors,
and members of the public
Strongly linked to lobby spaces
Should cater to a diverse set of
activities
Seating, Tables, shade, bollards,
bicycle racks, cigarette urns, trash
cans should be provided
Water may be used as an acoustic
element
C.P http://www.wbdg.org/design/plaza.php
Proper lighting is an important element of any
teaching space. Lighting needs are dependent on
factors such as room size and shape, whiteboard
size, ceiling height, and windows.
The design and implementation of lighting for
buildings has many elements that must be
coordinated in order to achieve quality lighting
for the occupants and their intended use of the
space
Mandatory Interior Lighting requirements
- Required Controls
- Wattage/Efficiency Limits
T.Z
Building Area Method
Floor area for each building area type x value
for the
area
“area” defined as all contiguous spaces that
accommodate or are associated with a single
building area type as per the table
When used for an entire building, each building
area type to be treated as a separate area
Space-by-Space Method
Floor area of each space x value for the area
Then sum the allowances for all the spaces
Tradeoffs among spaces are allowed
T.Z
Building Area Type
LPD (w/ft2)
Courthouse
1.2
Dining: bar lounge/leisure
1.3
Dining: cafeteria/fast food
1.4
Gymnasium
1.1
Building Area Method
Space-by-Space Method Building Area Type
LPD (w/ft2)
For auditorium
0.9
Classroom/lecture/training
1.3
Conference/meeting/multipurpo
se
1.2
Corridor/transition
0.7
Bar/lounge/leisure dining
1.4
T.Z
The LPD calculation basis is a restructuring of the lumen method
that provides the energy needed to provide the required light
levels and quality design elements in a space according to the
following basic formula:
In which:
LPD = lighting power density in watts per square foot
fc_1, fc_2, fc_3 = the illuminance in foot-candles or lumens per
square foot that is assigned to be provided by each
of up to three luminaires in the space. These are currently
calculated as percent foot-candles (for each luminaire) times the
total average weighted foot-candles for the space.
TF_1, TF_2, + TF_3 = the overall light output effectiveness of
the light source that is based on light source luminous efficacy
(LE), fixture coefficient of utilization (CU), and light loss factors
(LLF) [lamp lumen depreciation (LLD), luminaire dirt depreciation
(LDD), room surface dirt depreciation (RSDD)] as follows:
TF = LE x CU x LLD x LDD x RSDD.
T.Z
Architectural Lighting
(lighting for the audience
and room)
Theatrical Lighting
(lighting for the performers
and the stage)
Aisle Lighting Step Lighting
T.Z
Architectural
Lighting
Fluorescent Bulbs
- Different color
temperatures
- Color rendition scale
50/100-90/100
- Dimmable
- Cheaper to operate
- Expensive to install
- Last up to 35.000 hours
- Emits less heat
- Distributes light evenly
Incandescent Bulbs
- Color rendition
scale
98/100
- Uses more energy
- Cheaper cost
- Lasts up to 2.000
hours
- Emits more heat
T.Z
Architectural
Lighting
- Setting lights into
different zones in the
auditorium
(balcony, stage, mezzanine, etc)
- Effect of scaling the
room down
- Allow multiple control
locations from any
entrance of the room
T.Z
Theatrical
Lighting
Fresnel or
Beam Light
Follow Spot
Lights
Flood Lights
T.Z
High performance classrooms are healthy,
energy-efficient environments where teachers
can teach effectively and students can develop
to their fullest potential
T.Z
1. Indirect/Direct Luminaries
Two rows of two-scene
indirect/direct luminaires are
mounted perpendicular to the main
teaching wall.
2. Whiteboard Luminaire
A dedicated luminaries
illuminates the whiteboard on the
main teaching wall
3. Teacher Control Center (TCC)
The TCC is placed at the front of
the classroom within 6 inches of
the whiteboard for easy teacher
access.
4. Sensors
Sensors are placed in the
center of the classroom and
always include occupancy.
Daylight harvesting is added
where appropriate
5. Master On/Off Switch
A master on/off switch is by
every door to the classroom.
(Not Shown) T.Z
Gym lighting requires a light that gives off a large amount
of light and requires very little maintenance.
T.Z
Consider the importance of both horizontal and vertical
luminance in these fast-paced settings and choose fixtures
to maintain high visibility of moving objects.
Durable acrylic,
protects luminaire
while providing
excellent
illumination.
Superwatt luminaire
is designed to
provide illumination
on vertical as well
as horizontal
surfaces.
Durable injection-
molded acrylic
prismatic optic
generates wide,
uniform light
distribution with
minimal glare and
surface shadows.
Designed for low to
medium mounting
heights.
Ultra-Efficient
Fluorescent High
Bay. Product
design
accommodates
quick and simple
hanging systems.
T.Z
Lighting has become an essential part of spa design. Long
gone have the simple corner lights in the sauna. Lighting
accentuates and adds mood.
T.Z
Bullet
Lights
Cluster Main
Lights
Ultra Bright
Lights
Skirt &
Perimeter
Accent Lights
LED spa
jets T.Z
Under Skylights
The area under skylights whose horizontal
dimension, in each direction, is equal to the
skylight dimension plus the smaller of:
- The floor-to-ceiling height, or
- The distance to a ceiling height opaque
partition, or
- One-half the distance to adjacent skylights
or vertical fenestration (whichever is least)
T.Z
Adjacent to Vertical Fenestration
The daylight zone depth is assumed to be 15 feet into the
space or to the nearest ceiling height opaque partition,
whichever is less
The daylight zone width is assumed to be:
- the width of the window plus 2 feet on each side, or
- the window width plus distance to opaque partitions, or
- the window width plus one-half the distance to adjacent
skylight or vertical fenestration, whichever is least.
Two feet on each side
of a window extending
15 feet into the room
or to a wall
whichever is less
T.Z
Daylight Sensors
T.Z
Occupancy sensors are required in the following
spaces:
Classrooms
Conference rooms
Conference/meeting rooms
Employee lunch and break rooms
Private offices
Storage rooms and janitorial closets
Other spaces < 300 ft2 enclosed by floor-to-ceiling
height partitions
Features:
Automatically turn lights off within 30 minutes of
occupants leaving space
Either manual or controlled to automatically turn
lighting on to not more than 50% power
Exemptions:
Full auto-on controls allowed in
Public corridors
Stairways
Restrooms
Primary building entrance areas and lobbies
Areas with safety or security concern
T.Z
Independent Lighting Control required for
each space surrounded by floor-to-ceiling
partitions
- Must be located in the space served, - OR –
- Switched from a remote location
Musthaveindicatorthatidentifies
the lights served and their status (off or on)
Exemptions
Security or emergency areas
that must be continuously
lighted
Lighting in stairways or
corridors that are elements
of the means of egress.
Internally illuminated exit
signs shall not exceed 5
watts per side
T.Z
Structures or portions of structures are classified
with respect to occupancy group. A room or space that
is intended to be occupied at different times for
different purposes need to comply with all of the
requirements that are applicable to each of the
purposes for which the room or space will be occupied.
1) Assembly: Groups A-I, A-2, A-3, A-4 and A-5
2)Business: Group B
3)Educational: Group E
4)Factory and Industrial: Groups F-1 and F-2
5)High Hazard: Groups H-1, H-2, H-3, H-4 and H-5
6)Institutional: Groups I-I, I-2, I-3 and I-4
7)Mercantile: Group M
8)Residential: Groups R-1, R-2, R-3 and R-4
9)Storage: Groups S-1 and S-2
10)Utility and Miscellaneous: Group U
W.L.H
1) Assembly.
A-1: This group is usually fixed with seating, intended for the
production and viewing of the performing arts or motion
pictures including:
• Theaters
• Concert halls
• Television and radio studios (with audience)
A-2: This group is intended for food and/or drink
consumption including:
• Cafeterias
• Night clubs
• Restaurants
• Bars
A-3: Group intended for worship, recreation or amusement:
• Houses of worship
• Gymnasiums
• Museums
W.L.H
A-4: group intended for viewing of indoor sporting events and
activities with spectator seating:
• Arenas
• Swimming pools
• Tennis courts
A-5: intended for participation in or viewing outdoor
activities:
• Amusement park structures
2) Business.
Group B: Includes, among others, the use of a building or
structure, for office, professional, service-type transactions,
or for conducting public or civic services:
• Banks
• Care centers
• Educational occupancies (above the 12th
grade)
• Offices
• Libraries
W.L.H
3) Educational.
Group E: group for educational purposes offered to children
through the 12th grade:
• Academies
• Daycare facilities
• Schools
4) Factory and industrial.
Group F-1: the use of a building or structure, for assembling,
fabricating, manufacturing, packaging, repair or processing
operations for:
• Automobiles and other motor vehicles
(manufacturing/repair)
• Clothing
• Furniture
• Metal, plastic or paper products
• Detergents
• Textiles
• Musical instruments
W.L.H
Group F-2 (Low-Hazard Occupancy): Factory industrial uses
that involve the cleaning, laundering, fabrication or
manufacturing of noncombustible materials that do not involve
a significant fire hazard like:
• Appliances
• Automobile laundries and wrecking establishments
• Brick and masonry
• Ceramic products
• Electronics
5) High Hazard.
Group H: involves the manufacturing, processing, generation
or storage of materials that constitute a physical or health
hazard in quantities in excess like:
• Aerosol products
• Combustibles
• Corrosive materials
• Fireworks
W.L.H
W.L.H
6) Institutional.
Group I-1: occupancy group that includes people who because of
age, mental disability or other reasons, live in a supervised
residential environment that provides personal care services:
• Alcohol and drug abuse rehabilitation centers
• Congregate care facilities
• Residential care facilities
Group I-2: occupancy group for medical, surgical, psychiatric,
nursing or personal care on a 24-hour basis or overnight:
• Hospitals
• Nursing homes
• Mental hospitals where patients are not under restraint
Group I-3: Includes persons who are under restraint or security:
• Prisons
• Jails
• Reformatories
• Detention centers
7) Mercantile.
Group M: this occupancy group includes, buildings and
structures for the display and sale of merchandise, and involves
stocks of goods, wares or merchandise incidental to such
purposes and accessible to the public:
• Department stores
• Drug stores
• Markets
• Motor fuel-dispensing facilities
• Retail or wholesale stores
8) Residential.
Group R-1: Residential buildings or spaces occupied, as a rule,
for a period less than one month:
• Hotels
• Motels
• Club houses
Group R-2: for permanent residence purposes:
• Adult homes
• Apartment houses
Group R-3: shelter and sleeping accommodations on a long-term
basis:
• Convents and monasteries
• Group homes
9) Storage.
Group S: this occupancy group includes buildings or a portion
thereof for storage:
• Warehouses
• Storage rooms
• Freight depots
• Distribution centers
10) Utility and Miscellaneous.
Group U: buildings and structures of an accessory character
and miscellaneous structures:
• Carports
• Fences more than 6 feet
• Private garages
• Retaining walls
Plans
Program:
Health club
Occupancy group: A-3
Note: most of the program in this
building fit into the category of the
group A-3, however the building has
a variety of rooms and spaces that
might belong to other categories.
When evaluating building materials for
fire safety, many factors including :
-ignition temperature
-smoke toxicity
-flame-spread
Flame-spread, used to describe the
surface burning characteristics of
building materials, is one of the most
tested fire performance properties of a
material.
D.S.
803.1 General. Interior wall and
ceiling finishes shall be classified in
accordance with ASTM E 84. Such
interior finish materials shall be
grouped in the following classes in
accordance with their flame spread
index.
Class A: Flame spread 0-25.
Class B: Flame spread 26-75.
Class C: Flame spread 76-200.
Exception: Materials, other than
textiles, tested in accordance with
Section 803.2
D.S.
Chapter 8-Building Code NYC
D.S.
Example:
Assembly occupancy A-1
With sprinklers
In a vertical exit area
Materials to be used should
be class B
D.S.
Weight rooms
are specialized training areas
that must have an especially
durable surface capable of
supporting the heavy impact of
weight-training and cardio
equipment.
Ultra-thick recycled rubber
tiles are an ideal choice for
weight rooms. The rubber not
only provides good shock
absorption, but if an area is
damaged or wears out,
individual tiles can be
replaced without the expense
of the whole floor.
D.S.
Requirements:
• A water-resistant
surface for
floors, walls,
and ceiling.
• Non-slip flooring
surface.
D.S.
Example 1:Standard acoustic
panels hung from walls or
from the ceiling of the room
D.S.
Example 2:
Helmholtz and wooden
resonant panels
Gives large acoustic absorption
at low frequencies and reduces
at high frequencies to
compensate for typical
absorption by people, lateral
surfaces and ceiling.
D.S.
“program of a room shouldn’t affect the room
numbering system, it is used more for material
purposes and location, it would make things
more complicated if it were to be done that
way”
“room numbering doesn’t have to include a
letter if it’s a single building, the letters
help to identify the building if the facility
includes more than one building. Letters are
used when there are multiple doors to a
room”
“sometimes room numbers don’t line up (evens
and odds aren’t always across from each
other, numbers aren’t always in order)”
Courtesy of: Professor Gernert and Professor Parks