eur op eanexhibitionofcreati vityandinnovation - Europe Direct Iasi

EUROINVENT 2013
Description
EN
Class
21.18
Title EN
Authors
Institution
Description
EN
Class
21.19
Title EN
Authors
Institution
Description
EN
Class
Fir tips (of maximum 15cm diameter and 8-10m length) or
young softwood forests, devastated by strong winds, are a
potential building material. Usually these woods are
abandoned on the spot due to their low recovery potential.
Solutions were sought for ways to utilise this material, using
a Hyperbolic Paraboloid spatial shape, combined with stable
triangular frames.
Innovative Research
Thermal resistant, precast wall panels for non-bearing
walls
Alexandru Stanila, Alexandru Balevici, Oana Stanila,
Cristian Coroama, Marian Paraschiv, Marius Malancus
Gheorghe Asachi Technical University of Iasi
Faculty of Civil Engineering and Building Services
The need for energy savings, in the context of sustainable
development, requires innovative technical solutions for
creating the thermal envelope of a building. Panels made of
micro-concrete, reinforced with ribbed meshes, with a
thermal resistant core, are a viable solution that leads to an
important change in the design and execution concepts of
future constructions, with significant reductions in execution
and service costs.
Innovative Research
Automatically ventilated facades
Alexandru Stanila, Oana Stanila, Adrian Georgian Neculai,
Cristian Coroama, Marian Paraschiv, Marius Malancus
Gheorghe Asachi Technical University of Iasi
Faculty of Civil Engineering and Building Services
Automatically ventilated facades are the optimal solution for
maintaining an efficient hygrothermal balance for old or
newly built constructions. The effect of this invention has
two directions: removal of water vapours from in-between
and thermal system and the external walls, and their cooling
during the night, in summer time, when the exterior
temperature is lower than the interior one, hence saving
energy for air conditioning services.
Innovative Research
NATIONAL
165