For this
term project Nana and I will look into how 3D printing of houses can be a part
of the sustainable development in the building industry. We will have a special
focus on how the building technology of a 3D printed house is compared to a
traditional masonry house. The 3D printed houses we have looked at is built of
one massive wall which have made us think of how the heat and moist is transferred
through the wall is and what consequences it will have for the building. In
many articles it is written that 3D printing of houses can be more sustainable
because of less material used and it is faster to build the house, but if heat
is transferred through the wall and moist damages the house it will not be more
sustainable because more energy will be used in the operation stage of the
house. We have earlier work with life cycle assessments and will therefore look
at the project with that perspective.
1. Introduction and problem statement
(1/2 pg.)
· How is 3D printing of houses
implemented in the building industry today?
· Which building technology problems
can occur from 3D printed houses?
· Can 3D printing be a way to develop
a more sustainable building industry?
2. Results – The construction process
of 3D printed houses (1 pg.)
· The wall build up
· Material
· Time
· Labor
3. Discussion (1.5 pg.)
· Building technology
o
Heat and moist transfer
o
Comparison
to a tradition masonry wall
· Building LCA
o
Material
o
Economic
o
Time
4. Conclusion (1/2 pg.)
5. References
Aaron
Goldberg: It really sounds like an exciting project. I like that you are looking
at the 3D-printing with an critical perspective of the construction and that
you compare it with the traditional manufacturing. I think it is very important
to look at the 3D printing with a life cycle perspective and consider all the
process and consequences of it.
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