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Lagrangian dynamics
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Part 2 of ebook "Classical mechanics with Mathematica" provides readers with contents including: Chapter 14 - Dynamics of a material point; Chapter 15 - General principles of rigid body dynamics; Chapter 16 - Dynamics of a rigid body; Chapter 17 - Lagrangian dynamics; Chapter 18 - Hamiltonian dynamics; Chapter 19 - The Hamilton-Jacobi theory; Chapter 20 - Completely integrable systems; Chapter 21 - Elements of statistical mechanics of equilibrium; Chapter 22 - Impulsive dynamics; Chapter 23 - Introduction to fluid mechanics; Chapter 24 - An Introduction to special relativity;...
292p
giangdongdinh
28-05-2024
4
2
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Part 1 book "1000 solved problems in classical physics" includes content: Kinematics and statics; particle dynamics; rotational kinematics; rotational dynamics; gravitation; oscillations; lagrangian and hamiltonian mechanics.
354p
muasambanhan07
08-02-2024
6
0
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This paper presents the dynamic model and singularity-free simulation of electromechanical systems including closed loop multibody systems, massless gear transmission and electric motors. The dynamic model of these systems is established in matrix form and written in a Differential-Algebraic Equations form by applying the Lagrangian equation with multipliers and substructure method.
19p
viwolverine
11-07-2023
4
2
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(BQ) In this text, the author constructs the mathematical apparatus of classical mechanics from the beginning, examining all the basic problems in dynamics, including the theory of oscillations, the theory of rigid body motion, and the Hamiltonian formalism.
317p
runordie6
10-08-2022
8
2
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The paper has developed an adaptive algorithm using neural network for controlling dual-arm robotic system in stable holding a rectangle object and moving it to track the desired trajectories. Firstly, an overall dynamic of the system including the dual-arm robot and the object is derived based on Euler-Lagrangian principle.
7p
visherylsandber
04-07-2022
8
2
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This paper focuses on the numerical simulation of an incompressible, immiscible, and Newtonian fluid for the contraction process of a fluid compound filament by solving the Navier-Stokes equations. The front-tracking method is used to solve this problem, which uses connected segments (Lagrangian grid) that move on a fixed grid (Eulerian grid) to represent the interface between the liquids.
9p
spiritedaway36
28-11-2021
9
1
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The paper has developed an adaptive control using neural network for controlling a dual-arm robotic system in moving a rectangle object to the desired trajectories. Firstly, the overall dynamics of the manipulators and the object have been derived based on Euler-Lagrangian principle. And then based on the dynamics, a controller has been proposed to achieve the desired trajectories of the grasping object
9p
spiritedaway36
28-11-2021
35
5
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This paper presents the dynamic model of multibody systems driven by electric motors, the so-called electromechanical systems. The mechanical systems considered in this study include an open loop and/or a closed loop, a full-actuated and an underactuated one. The dynamic model of this electromechanical systems is established in matrix form by applying the Lagrangian equation with and without multipliers and substructure method.
17p
nguaconbaynhay11
07-04-2021
14
1
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This paper presents first the dynamic modeling of the system based on Euler – Lagrangian method and then uncertain model is obtained by considering the parametric uncertainty in moment of inertia of pendulums and friction coefficient of hinges and cart.
7p
praishy2
27-02-2019
18
0
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Eulerian dynamical equations in a three-dimensional domain are used to construct a formal symplectic structure on time-extended space. Symmetries, invariants, and conservation laws are related to this geometric structure. The symplectic structure incorporates dynamics of helicities as identities.
16p
danhdanh27
07-01-2019
13
1
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This paper addresses the modeling of a planar parallel robot including electric motors. The dynamic model of the system is derived by applying the substructure method and Lagrangian equations with multipliers in the form of redundant generalized coordinates. These equations are then transformed to the form of minimal coordinates of operational variables. Based on this form, a sliding mode controller (SMC) is designed for trajectory tracking in a task space.
13p
thuyliebe
05-10-2018
29
3
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Báo cáo đưa ra phương pháp Particle-based (hay còn gọi là phương pháp Lagrangian), cho phép mô tả chất lỏng sử dụng các phần tử (particles). Bằng cách trực tiếp theo dõi từng phần của quá trình các phần tử di chuyển qua những miền trống. Phương pháp particle không chú trọng việc bảo toàn khối lượng và cung cấp khái niệm mô phỏng khung đơn giản, linh hoạt.
5p
cumeo2006
02-07-2018
39
1
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(bq) part 1 book "robotics and automation handbook" has contents: the history of robotics, rigid body kinematics, inverse kinematics, newton euler dynamics of robots, lagrangian dynamics, kane’s method in robotics, the dynamics of systems of interacting rigid bodies,...and other contents.
275p
bautroibinhyen20
06-03-2017
64
15
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(bq) part 1 book "crc press - robotics and automation handbook" has contents: the history of robotics, rigid body kinematics, inverse kinematics, lagrangian dynamics, the dynamics of systems of interacting rigid bodies, trajectory planning for flexible robots,...and other contents.
275p
bautroibinhyen19
24-02-2017
58
11
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This work develops the geometry and dynamics of mechanical systems with nonholonomic constraints and symmetry from the perspective of Lagrangian me- chanics and with a view to control-theoretical applications. The basic methodology is that of geometric mechanics applied to the Lagrange-d’Alembert formulation, generalizing the use of connections and momentum maps associated with a given symmetry group to this case.
79p
loixinloi
08-05-2013
49
1
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One of the important tools of geometric mechanics is reduction theory (either Lagrangian or Hamiltonian),which provides a well-developed method for dealing with dynamic constraints. In this theory the dynamic constraints and the sym- metry group are used to lower the dimension of the system by constructing an associated reduced system. We develop the Lagrangian version of this theory for nonholonomic systems in this paper. We have focussed on Lagrangian systems because this is a convenient context for applications to control theory. ...
130p
loixinloi
08-05-2013
45
4
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We describe an exact decoding algorithm for syntax-based statistical translation. The approach uses Lagrangian relaxation to decompose the decoding problem into tractable subproblems, thereby avoiding exhaustive dynamic programming. The method recovers exact solutions, with certificates of optimality, on over 97% of test examples; it has comparable speed to state-of-the-art decoders.
11p
hongdo_1
12-04-2013
52
2
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Introduction to hydrodynamic modelling and granular dynamics The present text introduces hydrodynamic modelling principles in the context of batch wet granulation and coating systems and it reviews the latest achievements and proposals in the scientific literature in this field. The text concerns primarily the Eulerian and the Lagrangian modelling technique. In accordance with some of the latest published Ph.d. thesis in the field of hydrodynamics modelling, the Lagrangian technique is divided into a soft-particle and a hardsphere approach.
42p
tuanloc_do
04-12-2012
52
1
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The last decades have marked the beginning of a new era in Celestial Mechanics. The challenges came from several different directions. The stability theory of nearly–integrable systems (a class of problems which includes many models of Celestial Mechanics) profited from the breakthrough represented by the Kolmogorov– Arnold–Moser theory, which also provides tools for determining explicitly the parameter values allowing for stability. A confinement of the actions for exponential times was guaranteed by Nekhoroshev’s theorem, which gives much information about the geography of the resonances.
0p
tom_123
14-11-2012
40
3
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Integrating statistics and dynamics within a single volume, the book will support the study of engineering mechanics throughout an undergraduate course. The theory of two- and three-dimensional dynamics of particles and rigid bodies, leading to Euler's equations, is developed. The vibration of one- and two-degree-of-freedom systems and an introduction to automatic control, now including frequency response methods, are covered.
96p
kennybibo
14-07-2012
62
4
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