| dc.description.abstract | Due to high growth of national economy and acceleration of public
construction, numbers of new engineering technology and particular know-how
on highly machinery and systematic construction skill are introduced
accordingly; however, this new technology leads to difficulty on design as well
as construction. Basically, from traditional from new civil engineering, the
constructional skills have developed with high automatic ones; therefore, it’s
indeed essential theme on how to solve construction problem and cost , and to
shorten constructive period.
Dedicated in the automation development for the recent 10 years, As for
the engineering project of Taiwan High Speed Railway which is private
invested and currently under full scale construction, it includes also more than
250 kilometer overpass bridge structure. Taking into considerations on
construction period, cost and quality, factors on how the private investing
contractor may achieve fast construction, easy quality control, feasible mass
production and not hindering ground traffic etc., application of overpass bridge
will inevitably more popular in the future construction projects. How to fully
utilize existing technologies, experiences and resources to more effectively
accomplish the goal of shortening realization period of construction automation,
that would be a giant step awaiting to be taken through the concerted efforts
made jointly by the engineering industries to achieve the ultimate objective.
This research project shall be commenced from the aspect of quality
management, with in depth exploration to be made against the execution phase
of the construction. Since most of the previous cases were categorized as
under-construction stages, related systems and matching procedures have not yet
been established; also in previous studies regarding construction quality
management, most of the main focuses fall on the investigation of supervisory
strategic structure over the general direction and principle for construction
quality management plans made by companies with special privilege, there are
scarcely in depth exploration targeting at the operations related to quality
management of construction project at its building-up phase, therefore the
subject study shall focus on this to conduct related research and analysis; as
indicated according to related documents and analysis results, shortening
construction period through construction automation can be achieved only
when the construction cycle could be effectively compressed, of which the
concrete maintenance schedule is the one with the most space. Through
construction methodology case study regarding steam curing quality and
construction efficiency (Bridge construction method applied to High Speed
Railway, bid C215 Viaduct Section 2) along with research through
summarization of relevant documentation as well as application of correlation
and multiple regression analysis, it is expected that the value engineering of
optimal steam curing schedule model can be obtained to achieve economical
benefits, and then more effectively utilize on spot curing efficiency without
deteriorating the construction quality. | en_US |