Proceedings of the American Mathematical Society · 1965 · 40 citations · 7 references
Natural SciencesMathematicsPhysicsDifferential EquationsDynamical SystemsFluid DynamicsContinuous Dynamical SystemsInitial Value ProblemsNonlinear DynamicsPartial Differential EquationsRenewal TheoryPeriodic Solutions Of Differential EquationsRenewal EquationVolterra EquationsVolterra Theory
has been studied under various assumptions on the given functions b(t), f(t), g(x). A large literature exists for the particular case of (1.1), called the renewal equation, where b(t) ?0 ?f(t) and g(x) x; see [i] for references. Motivated by certain problems in heat transfer and superfluidity, the special case of (1.1) where b(t) = t-112, f(t) is periodic, and g(x) is monotone increasing with g(O) =0 has been investigated in [3], [4], [6], [8]. (Except in [3], f(t)-1. In [8], b(t) EEL1(0, oo) is taken more generally than b(t) = t-112.) The equation
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