The importance of bridge repair versus new bridge construction has ris
en in recent decades due to high deterioration rates that have been ob
served in these structures. Budgets both for building new bridges and
keeping the existing ones are always limited. To help rational decisio
n-making, bridge management systems are presently being implemented by
bridge authorities in several countries. The prototype of an expert s
ystem for concrete bridge management is presented in this paper, with
its functionality relying on two modules. The inspection module relies
on a periodic acquisition of field information complemented by a know
ledge-based interactive system, BRIDGE-1, To optimize management strat
egies at the headquarters, the BRIDGE-2 module was implemented, includ
ing three submodules: inspection strategy, maintenance and repair. (C)
1997 Elsevier Science Ltd.