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MORPHOLOGICAL CHART M2IO HOOFDGEBOUW TU/E th
MICRO CLIMATE
LANDMARK
Green Machine
Wood Oven
Cooling Natural Ventilation
Mechanical Ventilation
Mech. Vent. Heat Recovery
Maintain HR++ Glass
High Performance Insul.
High Thermal Mass
Gray Water Use
Floor Heating
Climate Ceiling
Radiators
Cooling Climate Ceiling
Natural Ventilation
Mechanical Ventilation
Mech. Vent. Heat Recovery
Combination Mech-Nat Vent.
Maintain
Concrete Core Activation
Automatic Doors
Storage
Insulation
Heating
Wind Turbines
Heat Pump Hot/Cold Storage
Water Energy Storage
Double
Triple
Climate
Double Skin
Solar Roof
Daylight Mechanical Blinds
Manual Blinds
Permanent Blinds
Natural Blinds
Atrium
Color
Solid
Local Roof
Daylight
Reflectors
Internal Curtains
Appearance Vertical Grid
Multi (X;Y) Grid
Assymetric Grid
Shading Control
Appearance Flexible Workspace
Corridors
Single Height
Double Height
Stability Core - Floor Disks
Shear Walls
Reduce Buckling Length
Bracing Elements
Add Beams, Columns
Parking Underground
Partly Underground
Ground Floor
Reinforcing Structure
Add Beams, Columns
Parking
Roof
Single Level
Slopes
Fire Safety Sacrifice Material
Heat Resistent Material
Over Dimensioning Vitals
Heat Resistent Material
Kesselring method
Local
Ventilation Ducts
Manual
Combination
Reflecting Surfaces
Acoustics Noise Canceling Facade
Reducing Surrounding Noize
Acoustic Walls
Volume
Tissue Blending In
Standing Out
Involving Nature
Acoustic Floors
Single height Floors
micro climate landmark
Fixed Floorplan
Total Percentage Routing
Horizontal
Windows
2 4 2 3 3 2 2 1
Acoustic Ceilings
Floor Lamps
Sound Panels
4 2 4 4 4 3 4 2
3 3 3 2 3 2 3 2
Local Lamps
Open Floorplan
Corridors
Flexible Floorplan
19 59
Permanent Objects
27 84
80
21 66
Flexible Objects
Zero energy
Kesselring method micro climate landmark 2 4 2 3 3 2 2 1 19 59
4 2 4 4 4 3 4 2 27 84
micro climate landmark
Kesselring S-diagram
Realization: Investment costs 100 Space requirements Constructive feasibility 90 Appearance Flexibility Costs lifecycle 80 Sustainability Firesafety
3 3 3 2 3 2 3 2 21 66
70 60
nctionig
Total Percentage
Zero energy
Functioning: Comfort Energy Use Ventilation possibilities Daylight entrance Sound insulation View Adjustability Maintenance
50
Total Percentage
1 2 3 2 1 1 4 3
17 53
2 3 2 Total Percentage 3 4 3 Realization: 2 Investment costs Space requirements 2
Constructive feasibility Appearance Flexibility Costs lifecycle Sustainability Firesafety
21 66
Total Percentage
micro climate landmark 2 4 2 3 3 2 2 1
4 2 4 4 4 3 4 2
2 3 2 19 27 59 4 84 3 2micro climate landmark Zero energy 3 1 2 23 3
3 3 3 2 3 2 3 2 21 66
Safety
Kesselring S-diagram
3 2 1 1 4 3
2 3 4 3 2 2
17 53
21 66
22 69
Controleable Vent. Ducts
Light Natural Light
Artificial Light
Silent Areas
Noise Areas
Combination
Acoustics
Volume Furnature Arrangement
70 60
Tissue Group People
Separate People
Elevator
Stairs
Formal
Informal
Routing
50
Kesselring S-diagram 100
40
90 80
30
70
20 10
2 3 2 4 3 2 3 3
22 69
100 90
Kesselring method
Functioning: Comfort Energy Use Ventilation possibilities Daylight entrance Sound insulation View Adjustability Maintenance
Fire Alarm
Windows
Wall Lamps
Double Height Floors
Atrium
Zero energy
Fire Hoses
Ventilation
Tissue
Routing Vertical
Ceiling Lamps
Smoke Alarms
PERCEPTION
Change Existing Volume
PERCEPTION
PERCEPTION
Keep Existing Volume
Ventilation Shafts
Sprinklers
COMFORT
COMFORT
COMFORT
Light Automatic
Functioning: Comfort Light Energy Use Ventilation possibilities Acoustics Daylight entrance Sound insulation View Volume Adjustability Maintenance
According To Function
Fire Compartments
Zero energy
Ventilation Global
Ventilation
Fire Safety Fire Escapes
Ventilation
Daylight
Parking
Routing
Functionig
Fire Safety
Multi Level
Expension
STRUCTURE
Reinforcing Structure
Commercials/Logo
Closed Space
Expension
STRUCTURE
STRUCTURE
Leight Weight Construction
Artwork
Stability Open Space
Expension
Clothing
Daylight
Internal Blinds
Permanent Workspace
Stability
Economic Use
Roof
Appearance Horizontal Grid
Control Unit
Stickers/Foil
ENVELOPE
High Insulated
Semi Transparant
Roof
ENVELOPE
ENVELOPE
Green Roof
Local Thermostat(s)
Glazing Transparent
Roof
Windows
Plants
Glazing Single
Control Unit
Storage Closed Rooms
Glazing
Local Thermostat(s)
Maintain
Storage Solar Panels
Body Heat
Cooling ENERGY
Cold Pump
PERSONAL LEVEL
Heat Pump
Heating
ENERGY
ROOM LEVEL
Solar Boiler
ENERGY
BUILDING LEVEL
Heating
60 Functionig
ZERO ENERGY
Steijn de Jongh (0851591), Eirini Sfakiotaki (0876124), Ping Tsui (0726202), Boyd Ben Blijleven (0816963)
50 40 30
0 0
20
10
20
30
40
50
60
Realization
10 0 0
10
20
30
40
50 Realization
60
70
80
90
100
70
80
90
100