Cradle-to-grave analyses are becoming the norm, as an increasing amount of corporations
and government agencies are basing their procurement decisions not only on initial costs …

Periodic infrastructure maintenance is crucial for a safe and efficient transportation system.
Numerous decision models for the maintenance planning problem have been proposed in …

Transportation infrastructure life-cycle management deals with maintenance decision
making of transportation facilities such as pavement, bridges, and railways under budget …

Existing optimization decision-making approaches for pavement maintenance and
rehabilitation (M&R) ignore the construction length of preventive maintenance (PM) projects …

We present a quadratic programming framework to address the problem of finding optimal
maintenance policies for multifacility transportation systems. The proposed model provides a …

Pavement segments are functionally interdependent under traffic equilibrium, leading to
interdependent maintenance and rehabilitation (M&R) decisions for different segments, but it …

Decision making in stochastic dynamic systems is significantly different from decision
making in deterministic systems in that agents need to make multiple management or …

An optimal pavement maintenance strategy can keep the pavement performance at a high
level under budget constraint. However, the impact of changes in traffic distribution caused …

The increasing of AVs' market penetration rate (MPR) changes the traffic behavioural pattern
and ultimately influences pavement. Pavement condition, in turn, influences microscopic …

The traditional project management in the construction industry has the uniqueness of
exclusive customization, the irreversibility of the project, the immobility of the project …