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- This paper considers the existence of nonlinear boundary condition solutions for the integro-differential equations with impulsive. By employing the monotone iterative method, some results are given. 摘要文章通过上下解、单调迭代的方法研究了一类脉冲积分微分方程的非线性边值问题,获得了这类方程的极大、极小解存在的充分条件。
- Monotone iteration method and upper and lower solutions were used to approach to the solution of the first-order integral boundary value problem on time scales form below and above by monotone convergent sequence. 摘要运用单调迭代方法和上下解方法构造了两个单调序列,从上下两个方向分别收敛到一阶积分边值问题。
- On the General Monotone Iterative Method for a Class of Nonlinear Discontinuous Set-valued Evolution Equations 一类非线性不连续集值发展型方程的广义单调迭代法
- On the General Monotone Iterative Method for a Class of Set-valued Parabolic Equations 一类非线性集值抛物型方程的广义单调迭代法
- General monotone iterative method for a class of discontinuous evolution set-valued equation 一类不连续发展型集值方程的广义单调迭代法
- On the Monotone Iterative Methods of Nonsmooth Operator Equations 非光滑算子方程的单调迭代方法
- monotone iterative method 单调迭代方法
- A existence result is obtained via upper and lower solutions method coupled with the monotone iterative technique. 利用上下解方法结合单调迭代技巧,我们得到了解的存在性结果。
- Accelerated Monotone Iterative Methods for a Boundary Value Problem of Second-Order Discrete Equation 二阶离散方程边值问题的加速单调迭代方法
- The sufficient conditions are obtained for existence of extreme solutions by using upper and lower solutions method couped with monotone iterative technique. 通过利用上下解方法并结合单调迭代技术得到了边值问题的极大解和极小解的一组充分条件。
- Monotone Iteration Method for the First-order Integral Boundary Value Problem on Time Scales 时间模上一阶积分边值问题的单调迭代方法
- General Monotone Iteration Method for a Class of Nonlinear Discontinuous Set-Valued Operator Equation 一类非线性不连续集值算子方程的广义单调迭代法
- Using the lower and upper solutions method monotone iterative techniques, the existence of maximal and minimal solutions of first order implusive integro differential equations of mixed type are obtained. 摘要利用上下解方法和单调迭代技巧,证明了一类混合型一阶脉冲积分-微分方程初值问题最大解和最小解的存在性。
- monotone iterative methods 单调迭代
- An iterative method equivalent to mixed formulation is presented in this paper. 本文提出了与混合法等价的一个迭代方法。
- The coupling quasisolution and monotone iterative methodof the integraldifferential equation in abstract cones. 抽象锥中积分微分方程的耦合拟解。
- An incremental iterative method based on the Newton-Raphson mehtod is adopted. 单元位移场由三个节点平移量和三个节点转 角描述。
- The monotone iterative techniques is used to investigate the existence of extremal solution of periodic boundary value problems (PBVP) for neutral delay differential equation. 摘要利用单调迭代方法给出了中立型滞后微分方程的周期边值问题极解的存在性定理。
- Cone theory and monotone iterative technique are used to discuss the existence for a kind of mixed monotone operators with pointwise sub-continuity. 利用锥理论和单调迭代技巧讨论了一类逐点次连续的混合单调算子不动点的存在性问题。