## Maximum principles for boundary-degenerate second-order linear elliptic differential operators

*Paul M. N. Feehan*;

Related identifiers: - Subject: Quantitative Finance - Pricing of Securities | Mathematics - Probability | Mathematics - Analysis of PDEs | Primary 35B50, 35B51, 35J70, 35J86, 35R45, secondary 49J20, 49J40, 60J60

We prove weak and strong maximum principles, including a Hopf lemma, for smooth subsolutions to equations defined by linear, second-order, partial differential operators whose principal symbols vanish along a portion of the domain boundary. The boundary regularity prope... View more

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Rutgers University New Brunswick United States73% - Metrics

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