作者：Y Xin · 被引用次数：4 — Nonlinear Vibration of Ladle Crane due to a Moving Trolley Abstract. The structural vibration of the main beam of a crane causes fatigue damage and discomfort
Influence of length of wire rope on central displacement of main beam. Follow us: About us · Contact us · Partnerships · Blog · Journals · Article Processing
2020年9月25日 — PDF | The structural vibration of the main beam of a crane causes fatigue damage and discomfort to the driver. The swing of the payload has an
作者：Y Xin · 2018 · 被引用次数：4 — In a nonlinear system, the vibration responses of the main beam and cabin are increased by 5.9% and 7.8%, respectively. Ladle cranes are mainly used for lifting molten steel. When ladle cranes are fully loaded, the deformation of the main beam will reach its maximum.
The structural vibration of the main beam of a crane causes fatigue damage and discomfort to the driver. The swing of the payload has an effect on positioning
作者：Y Xin · 2018 · 被引用次数：4 — Downloadable! The structural vibration of the main beam of a crane causes fatigue damage and discomfort to the driver. The swing of the payload has an effect
作者：H Maourane · 2020 — 2 Equations of motions of the crane models In order to treat the nonlinear model of the overhead crane an incremental form of the principle of
作者：EM ABDEL-RAHMAN · 被引用次数：582 — The support mechanism in a gantry (overhead) crane, Figure 1, is found that nonplanar motions could be excited due to the nonlinear interaction between the.
It is mostly found in crane system such as overhead cranes, gantry cranes, rotary nonlinear coupling terms between crane framework and payload dynamics, Referring to Eq. (2), the flexibility of crane framework (uT, vT, wT) and hoist cable
first category consists of overhead, gantry cranes. The coupled, nonlinear equations of motion and adjoint equations, obtained from the application of Pontryagin's However, due to gravitational and centrifiigal effects, vibration was excited.
作者：A Roy · 2016 — Effects of non-linear sloshing plays a vital role in modern liquid handling industries. shaped ladle under external excitation due to crane movement during liquid Author Keywords. Bond graph; Dynamics; Ladle Cane; Modeling; Simulation;.
作者：HI Jaafar · 2018 · 被引用次数：3 — Vibration Control of a Nonlinear Double-Pendulum. Overhead Crane Using Feedforward Command. Shaping. H.I. Jaafar1,2, Z. Mohamed1, Liyana Ramli1 and
作者：H Shi · 2019 · 被引用次数：3 — Consequently, a nonlinear anti-swing controller is constructed 2. Dynamics of Gantry Crane with Double-Pendulum. The schematic diagram of Liu, R.; Li, S.; Ding, S. Nested saturation control for overhead crane systems.
作者：ZN Masoud · 2003 · 被引用次数：169 — Thus, the dynamics of the actual container-crane hoisting assembly isdifferent from 'Approximate nonlinear control for a two degree of freedom overhead crane: crane with arbitrary delay constraints', Journal of Vibration and Control 8(2),
作者：D BLACKBURN · 被引用次数：159 — Kamoi and Ayako. Command Shaping for Nonlinear Crane Dynamics order harmonic oscillator of frequency, 1, and damping ratio, 2, to a series of n impulses is set equal to Figure 5 shows an overhead view of the non-.
作者：TL Nguyen · 2017 · 被引用次数：3 — Two kinds of nonlinear controllers are proposed based on the Lyapunov stability and its As a result, their dynamics are described as an ordinary differential equation or a Section 2 constructs a distributed mass model of overhead cranes.
作者：D Gąska · 2015 · 被引用次数：14 — The object of the study was 107 overhead travelling cranes with lifting capacities In the first vibration cycle (with the highest amplitude) dynamic force due to hoisting A system of pulley blocks reduces the nonlinear elastic-damping element
作者：Y Xin · 被引用次数：4 — Nonlinear Vibration of Ladle Crane due to a Moving Trolley Abstract. The structural vibration of the main beam of a crane causes fatigue damage and discomfort
Influence of length of wire rope on central displacement of main beam. Follow us: About us · Contact us · Partnerships · Blog · Journals · Article Processing
2020年9月25日 — PDF | The structural vibration of the main beam of a crane causes fatigue damage and discomfort to the driver. The swing of the payload has an
作者：Y Xin · 2018 · 被引用次数：4 — In a nonlinear system, the vibration responses of the main beam and cabin are increased by 5.9% and 7.8%, respectively. Ladle cranes are mainly used for lifting molten steel. When ladle cranes are fully loaded, the deformation of the main beam will reach its maximum.
The structural vibration of the main beam of a crane causes fatigue damage and discomfort to the driver. The swing of the payload has an effect on positioning
作者：Y Xin · 2018 · 被引用次数：4 — Downloadable! The structural vibration of the main beam of a crane causes fatigue damage and discomfort to the driver. The swing of the payload has an effect
作者：H Maourane · 2020 — 2 Equations of motions of the crane models In order to treat the nonlinear model of the overhead crane an incremental form of the principle of
作者：MH Fatehi · 2014 · 被引用次数：6 — Euler–Lagrange formulation, a nonlinear dynamic model of the crane system with a Keyword: Overhead crane system; Cable vibration; Vibration suppression, Anti-swing. 1. conditions due to the unconstrained suspended payload mass.
作者：EM ABDEL-RAHMAN · 被引用次数：582 — The support mechanism in a gantry (overhead) crane, Figure 1, is found that nonplanar motions could be excited due to the nonlinear interaction between the.
It is mostly found in crane system such as overhead cranes, gantry cranes, rotary nonlinear coupling terms between crane framework and payload dynamics, Referring to Eq. (2), the flexibility of crane framework (uT, vT, wT) and hoist cable
first category consists of overhead, gantry cranes. The coupled, nonlinear equations of motion and adjoint equations, obtained from the application of Pontryagin's However, due to gravitational and centrifiigal effects, vibration was excited.
作者：A Roy · 2016 — Effects of non-linear sloshing plays a vital role in modern liquid handling industries. shaped ladle under external excitation due to crane movement during liquid Author Keywords. Bond graph; Dynamics; Ladle Cane; Modeling; Simulation;.
作者：HI Jaafar · 2018 · 被引用次数：3 — Vibration Control of a Nonlinear Double-Pendulum. Overhead Crane Using Feedforward Command. Shaping. H.I. Jaafar1,2, Z. Mohamed1, Liyana Ramli1 and
作者：H Shi · 2019 · 被引用次数：3 — Consequently, a nonlinear anti-swing controller is constructed 2. Dynamics of Gantry Crane with Double-Pendulum. The schematic diagram of Liu, R.; Li, S.; Ding, S. Nested saturation control for overhead crane systems.
作者：ZN Masoud · 2003 · 被引用次数：169 — Thus, the dynamics of the actual container-crane hoisting assembly isdifferent from 'Approximate nonlinear control for a two degree of freedom overhead crane: crane with arbitrary delay constraints', Journal of Vibration and Control 8(2),
作者：D BLACKBURN · 被引用次数：159 — Kamoi and Ayako. Command Shaping for Nonlinear Crane Dynamics order harmonic oscillator of frequency, 1, and damping ratio, 2, to a series of n impulses is set equal to Figure 5 shows an overhead view of the non-.
作者：TL Nguyen · 2017 · 被引用次数：3 — Two kinds of nonlinear controllers are proposed based on the Lyapunov stability and its As a result, their dynamics are described as an ordinary differential equation or a Section 2 constructs a distributed mass model of overhead cranes.
