Student: Krisrina BuzaityteLecturer: Jacob VoorthuisCourse: Masterproject 1 architecture Course Code: 7QX1M0

SITE PLANSc 1:500

NEW NAGELESituation Scheme

H O U S E O F G R I E F

After laid out 1-3 days in mourning

room body is taken for the

bio-cremation.

A 3 h process, known as alkaline

hydrolysis, mimics faster, natural

decomposition of the body.

It is more environmentlally friendly

alternative to interment or cremation.

When remains reach Bio-crematorium they go

through a preparation stage. Special rooms

e.g. surgeon, morturary, etc. take care of dead

body before it is laid out at mourning room.

350 liters of water mixed with 15 liters of

potash lye, heated to 170 ° C on average,

dissolves the body. The preassure in the tank

is kept hihg to prevent from boiling.

As an end result there are left :

- soft and easy crushed into powder bones. White

powders are returned to the next of the kin.

- green-brown liquid which is non-toxic and can

be disposed into sewege or used for waterng the

green areas.

BIO-CREMATION PROCESS

SCHEME OF SCENARIO

STAGES OF GRIEF

Although, dealing with the loss is individual process,

framework of certain feelings could be established.

According to the researchers, emotions of the griefing

person could be described as five different stages (DABDA).

ROLLERCOASTER OF EMOTIONS

In the bereavement, people spend different lengths of time working

through each step and express each stage with different levels of

intensity. The five stages do not necessarily occur in any specific order.

Mourners often move between stages before achieving a more peaceful

acceptance of death.

CARE OF MIND AND BODY

It is known that while experiencing intense emotions people

forget to take care of themselves phisicaly and mentaly. They

need additional help to make the griefing process easier. N

N

Explication:1.Market2. Rebelitation Center3. Theatre4. Church 5. Library6. Housing7. Praathuis/Memory Palace8. Water Purification Center9. Bio-crematorium

COSMIC axis

1

2

3

4

5 6

7

89

Student: Krisrina BuzaityteLecturer: Jacob VoorthuisCourse: Masterproject 1 architecture Course Code: 7QX1M0

Explication:

ENTRANCE FACADESc 1:200

GROUND FLOOR PLANSc 1:200

N

Student: Krisrina BuzaityteLecturer: Jacob VoorthuisCourse: Masterproject 1 architecture Course Code: 7QX1M0

Explication:

FIRTS FLOOR PLANSc 1:200

NORTH FACADESc 1:200

N

Student: Krisrina BuzaityteLecturer: Jacob VoorthuisCourse: Masterproject 1 architecture Course Code: 7QX1M0

-3.40

1 2 3

A' A'

+5.50

-

- +

+

+1.10

+0.60

+5.10

+1.50

-3.50

-0.53

+1.12

A-2A-1

SC 1:50

Travertine panels, d=30 mmMetal joints

Thermal insulation, d=150 mmSeparation layer

Monolithic concrete, d=200 mmSeparation layer

Metal jointsInterior travertine panels, d=30 mm

Travertine panels, d=30 mmSeparation layerLeveling layer, d=40 mmSound isolation, d= 30 mmMonolithic concrete, d=200 mmTechnical systems layer, d=100 mmSuspended ceiling, d=20 mmTravertine panels, d=30 mm

GLASS CONSTRUCTION DETAIL

+-

Travertine panels, d=30 mmMetal joints

Thermal insulation, d=150 mmSeparation layer

Monolithic concrete, d=200 mmSeparation layer

Metal jointsInterior travertine panels, d=30 mm

GLASS CONSTRUCTION DETAIL

Water stream, d= 350-400 mmMulti-laminated glass (2 panels), d= 40 mm

Silicone layerGlass beams, h=250 mm

A-1SC 1:10

Glass trusses

Stainless steel joint

JOINT GLASS BEAMS DETAIL

A-2SC 1:25

A-1SC 1:10

Glass trusses

Travertine plates

Steel support

In-Situ Concrete

GLASS BEAMS AND CONCRETE JUNCTIONPrincipal scheme

EAST FACADESc 1:200

SECTION 2-2Sc 1:200

SECTION 1-1Sc 1:200

CONSTRUCTION:

• Certain constructions systems were picked in order to follow architectural ideas

and to keep certain spaces clean and open as possible.

• For walls and floors monolithic in-situ concrete will be used for load bearing

structure. Thermal layer of 150 mm will be mounted from outside to reduce the

heat loss. For the finish of exterior and interior stone panel cladding of travertine

will be used.

• Special glass beam load bearing structure will be used for holding the water

stream as it goes through the building. Horizontal and vertical beams will be

connected by two stainless steel joints in the middle while for conncetion with

the concrete metal supporters will be used.

• Multi-laminated glass of 2 panels (20 mm each) will stand the preassure of

water which is max. 5 kPa for design channel in the builing.