
Les auteurs établissent des conditions suffisantes pour l'existence de solutions à un problème de valeur limite pour des inclusions différentielles fractionnaires impliquant la dérivée de type Caputo-Hadamard d'ordre $ r \in (1, 2] $ sur des intervalles infinis. Les deux cas de côtés droits convexes et non convexes sont pris en compte. La technique de la preuve implique des théorèmes à virgule fixe combinés à une méthode de diagonalisation.
Los autores establecen condiciones suficientes para la existencia de soluciones a un problema de valor límite para inclusiones diferenciales fraccionarias que involucran la derivada de tipo Caputo-Hadamard de orden $ r \in (1, 2] $ en intervalos infinitos. Se consideran ambos casos de lados derecho valorados convexos y no convexos. La técnica de la demostración implica teoremas de punto fijo combinados con un método de diagonalización.
The authors establish sufficient conditions for the existence of solutions to a boundary value problem for fractional differential inclusions involving the Caputo-Hadamard type derivative of order $ r \in (1, 2] $ on infinite intervals. Both cases of convex and nonconvex valued right hand sides are considered. The technique of proof involves fixed point theorems combined with a diagonalization method.
يضع المؤلفون شروطًا كافية لوجود حلول لمشكلة القيمة الحدية للشوائب التفاضلية الجزئية التي تنطوي على مشتق نوع Caputo - Hadamard من الترتيب $ r \in (1، 2] $ على فترات لا حصر لها. يتم النظر في كل من حالات الجانبين الأيمن المحدب وغير المحدب. تتضمن تقنية الإثبات نظريات النقطة الثابتة جنبًا إلى جنب مع طريقة القطر.
Nonlinear boundary value problems for ordinary differential equations, Fractional Differential Equations, Economics, Geometry, Fractional ordinary differential equations, Theory and Applications of Fractional Differential Equations, Mathematical analysis, Quantum mechanics, Half line, Value (mathematics), Convex function, Caputo-Hadamard type derivative, QA1-939, FOS: Mathematics, Fixed-point theorem, Boundary value problem, Biology, Anomalous Diffusion Modeling and Analysis, Hadamard transform, Order (exchange), Ordinary differential inclusions, Boundary value problems on infinite intervals for ordinary differential equations, Differential inclusion, Ecology, Applied Mathematics, Physics, Statistics, existence, Fractional calculus, Pure mathematics, Partial Differential Equations, caputo-hadamard type derivative, Applied mathematics, diagonalization method, Nonlocal Partial Differential Equations and Boundary Value Problems, Regular polygon, fractional differential inclusions, Fractional Derivatives, Boundary Value Problems, Modeling and Simulation, FOS: Biological sciences, Physical Sciences, Nonlinear system, Fractional Calculus, Type (biology), Mathematics, Finance
Nonlinear boundary value problems for ordinary differential equations, Fractional Differential Equations, Economics, Geometry, Fractional ordinary differential equations, Theory and Applications of Fractional Differential Equations, Mathematical analysis, Quantum mechanics, Half line, Value (mathematics), Convex function, Caputo-Hadamard type derivative, QA1-939, FOS: Mathematics, Fixed-point theorem, Boundary value problem, Biology, Anomalous Diffusion Modeling and Analysis, Hadamard transform, Order (exchange), Ordinary differential inclusions, Boundary value problems on infinite intervals for ordinary differential equations, Differential inclusion, Ecology, Applied Mathematics, Physics, Statistics, existence, Fractional calculus, Pure mathematics, Partial Differential Equations, caputo-hadamard type derivative, Applied mathematics, diagonalization method, Nonlocal Partial Differential Equations and Boundary Value Problems, Regular polygon, fractional differential inclusions, Fractional Derivatives, Boundary Value Problems, Modeling and Simulation, FOS: Biological sciences, Physical Sciences, Nonlinear system, Fractional Calculus, Type (biology), Mathematics, Finance
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