eur op eanexhibitionofcreati vityandinnovation - Europe Direct Iasi
eur op eanexhibitionofcreati vityandinnovation - Europe Direct Iasi
eur op eanexhibitionofcreati vityandinnovation - Europe Direct Iasi
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EUROINVENT 2013<br />
21.20<br />
Title EN<br />
Authors<br />
Institution<br />
Description<br />
EN<br />
Class<br />
21.21<br />
Title EN<br />
Authors<br />
Institution<br />
Description<br />
EN<br />
Class<br />
21.22<br />
Title EN<br />
Authors<br />
Institution<br />
Description<br />
EN<br />
Class<br />
Formwork and reinforcement system for load-bearing<br />
reinforced concrete structures<br />
Alexandru Stanila, Alexandru Balevici, Cristian Coroama,<br />
Marian Paraschiv, Marius Malancus<br />
Gheorghe Asachi Technical University of <strong>Iasi</strong><br />
Faculty of Civil Engineering and Building Services<br />
The modern structural formwork presented by this invention<br />
simultaneously solve the formwork, reinforcing and partial<br />
plastering of reinforced concrete structures. This system’s<br />
application leads to reductions of production costs, together<br />
with substantial increases in labour productivity.<br />
Innovative Research<br />
Ground - floor houses made of stabilized soil<br />
Alexandru Stanila, Alexandru Balevici, Cristian Coroama,<br />
Marian Paraschiv, Marius Malancus<br />
Gheorghe Asachi Technical University of <strong>Iasi</strong><br />
Faculty of Civil Engineering and Building Services<br />
The need to build cheap houses in underdevel<strong>op</strong>ed warm<br />
areas has led us to this invention. The usage of extremely<br />
lightweight structural formworks and of some binders, give<br />
these domestic ground- floor houses the required structural<br />
resistance and thermal protection.<br />
Innovative Research<br />
Environmentally friendly and technologically efficient<br />
process for geothermal energy capture in large cities<br />
Alexandru Stanila, Dumitru Cuciureanu, Alexandru Balevici<br />
Gheorghe Asachi Technical University of <strong>Iasi</strong><br />
Faculty of Civil Engineering and Building Services<br />
The banning tendency of vertical drillings to greater depths,<br />
made to prevent the water transfer between water tables, to<br />
preserve the ecological balance, can reduce the use of<br />
geothermal energy capture using heat pumps. The technical<br />
solution for simultaneous drilling and pipeline network<br />
planting, for the primary transfer agent of a heating system,<br />
using heat pumps, ensures, at the same time, the possibility<br />
of applying this method in large cities.<br />
Innovative Research<br />
NATIONAL<br />
166
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