This paper is the first in a series of papers which examine the economics of congestable facilities with peak-load demand, provides a thorough analysis of the simplest bottleneck model: A fixed number of individuals, one per car, must travel from home to work. Between home and work is a...

This paper models congestable facilities subject to peak-load demand. It argues that a properly-specified model should explicitly treat the congestion technology and consumer's time-of-use decision. The standard model can be interpreted as a reduced form of such a model if the peak period is...

Uncertainty about usage conditions is common in many congestible facilities. In this paper, the authors consider the effects of providing information to prospective users under three regimes: free access, nonresponsive congestion tolling, and responsive tolling based on current information. With...

We investigate the effect of information on participation and time of use decisions in a free access congestible facility subject to fluctuations in capacity and demand. Expected welfare is greater with perfect than with zero information, while optimal design capacity is greater if and only if...

Recent success in introducing road pricing, as well as recent polls suggest that road pricing schemes are politically viable if a large majority of drivers benefit. In this paper we analyze the welfare effects of an optimal time-varying toll impose during the morning commute. The toll tends to...

This paper extends an earlier paper by the authors ("Maintenance and congestion pricing with competing roads" presented at ERSA 2005) by introducing two user groups: heavy and light vehicles (viz. trucks and cars). This extension is important since heavy vehicles generate higher congestion and...