Noah Dormady

Noah Dormady's study of Ohio’s retail electricity markets finds majority of retail electric supply offers don't save customers money.

Noah Dormady and colleagues address the lack of tailored guidance for conducting business resilience and recovery surveys by collecting and synthesizing instruments and best practices from previous survey efforts. 

Professor Noah Dormady presents an experimental design that overcomes the counterfactual problem present in all prior published experiments by relying on an actual storm with a known outcome. 

Professor Noah Dormady incorporates resilience into longstanding economic production theory and identifies the key components for evaluating the cost and effectiveness of resilience.

Professor Noah Dormady summarizes key contributions and advances in the empirical estimation of disaster resilience.

Noah Dormady, Rob Greenbaum and Kim Young examine resilience decision making in the more realistic context of repeated catastrophic events. 

Professor Noah Dormady presents, further clarifies, and extends the foundations of economic resilience, with an eye to concerns of measurement.

Professors Noah Dormady, Rob Greenbaum and Kim Young report on a series of controlled experiments with human subjects on the decision of firms to invest in resilience to mitigate supply-chain disruptions and their willingness to pay for advisory information to improve resilience planning investments.

Professor Dormady proposes a highly efficient Bayesian updating framework that is integrated with multivariate Kriging surrogate modeling to quantify heteroscedastic uncertainties in the entire space of uncertain system variables and capture spatial and temporal dependencies among the responses using non-separable covariance structure. 

Professor Noah Dormady presents a case of a 50-year comprehensive energy concession agreement by The Ohio State University that generated an up-front payment exceeding a billion dollars.

Professor Dormady provides a microeconomic foundation for analyzing the comprehensive range of tactics used by firms and other organizations after catastrophic events. 

Professor Dormady details the consignment auction design used in California, in which utilities are allocated a share of emissions permits that they must sell into the uniform-price auction.

Noah Dormady provides a quasi-experimental analysis of the price impacts of retail electric restructuring in Ohio.

Professor Noah Dormady provides a multi-utility panel regression analysis of the effect of retail deregulation on total electric bills in Ohio.

Professors Kim Young, Rob Greenbaum and Noah Dormady use a randomized controlled experimental design to examine whether biological sex or gender diversity might lead to decision-making that improves investments in resilience to calamitous events.