WHAT DOES 관성텐서 MEAN IN KOREAN?
Moment of inertia
The moment of inertia is a physical quantity representing the degree to which an object is to maintain its own rotational motion, which is the amount corresponding to the mass in the linear motion. Symbols are usually Latin capital letters, and they sometimes appear. The moment of inertia plays a very important role in rotational motion, and the angular momentum, angular velocity, and angular momentum necessary to describe rotational motion through moment of inertia. This is because it is a physical quantity that connects the relationship between angular acceleration and torque. There are two methods for expressing the moment of inertia: the scalar moment of inertia represented by a scalar, the moment of inertia tensor represented by a higher tensor, and the expression using a simple inertial tensor. Usually the scalar moment of inertia is simply called the moment of inertia. In the case of a simple rotation, the relationship between the physical quantities can be sufficiently described by a scalar inertial moment rather than a complex inertia tensor.
Definition of 관성텐서 in the Korean dictionary
Inertia tensor Generally, it is a tensor that shows the relationship between angular momentum and angular velocity when a rigid body rotates. It is a quantity that can be considered similar to the mass in translational motion, which means the degree of heaviness in rotational motion. Three of the six components of the inertial tensor refer to the moment of inertia and three refer to the inertial product.
10 KOREAN BOOKS RELATING TO «관성텐서»
Discover the use of
관성텐서 in the following bibliographical selection. Books relating to
관성텐서 and brief extracts from same to provide context of its use in Korean literature.
1
Tusan segye taebaekkwa sajŏn - 278페이지
주축 변환 을 해서 관성 곱이 0 이 되도록 하 는 3 개의 주축 을 찾아 낼 수가 있다 . 이처럼 정 의 된 타원 체 의 주축 을 관성 주축 이라 한다 . 관성 질량 慣· r ( i , t inertia1rna55 · 4J 량 관성 텐서 +rtlt- tensor0fInert」a 일반 적 으로 강체 의 회전 운동 에서 ...
Dusan Donga Paekkwa Sajŏn Yŏnʼguso,
2002
2
Classical Mechanics - 411페이지
(Use axes along the three edges through O.) (b) Find the inertia tensor of the same body but for rotation about the center of the cube. (Again use axes parallel to the edges.) Explain why in this case certain elements of I could be expected to be ...
3
Principles of Engineering Mechanics: Volume 2 Dynamics -- ...
Determine its moment of inertia about the Z-axis. What is the radius of gyration about the z-axis? 9.14. The moment of
inertia tensor for a sector of a homogeneous circular rod is given in Fig. D.8. Derive its
inertia tensor in a parallel frame <p ...
4
The Dynamics of Vehicles on Roads and on Tracks - 301페이지
In the first part of the paper a brief state-of-the-art is presented referring to methods for measuring the inertia tensor of vehicles (or other rigid bodies). A number of test-rigs (presented in the literature) are classified and compared. In the second ...
5
Vector and Tensor Analysis with Applications - 128페이지
o /, (3.42) i.e., the xyaxis is a principal axis of the tensor. Problem 3. Prove that any axis / perpendicular to a plane of symmetry P of a system of n particles is a principal axis of the moment of inertia tensor with respect to the point of intersection ...
A. I. Borisenko, I. E. Tarapov,
2012
6
Modeling and Simulation of Aerospace Vehicle Dynamics - 166페이지
So, with verve let us taclde a new tensor concept. 6.1 Inertia Tensor We all have experienced the effect of mass, foremost as weight brought about by gravitational acceleration, or as inertia when we try to sprint. Yet, how do we sense MOI?
7
Robot Analysis and Control - 107페이지
Note the difference between the manipulator inertia tensor and the 3 X 3 inertia tensors of the individual arm links. The former is a composite inertia tensor including the latter as components. The manipulator inertia tensor, however, has ...
H. Asada, J.-J. E. Slotine,
1986
8
Maple: Programming, Physical and Engineering Problems - 303페이지
Inertia tensor Ixx_new=2.936519e+02 Inertia tensor Ixy_new=-2.880000e+01 Inertia tensor Ixz_new=-5.249549e+01 Inertia tensor Iyy_new=1.504609e+02 Inertia tensor Iyz_new=-8.997157e+01 Inertia tensor Izz_new=2.724303e+02 ...
Victor Aladjev, Marijonas Bogdevicius,
2006
9
Mechanics: From Newton's Laws to Deterministic Chaos - 193페이지
(3.14) Being completely determined by the mass distribution, this tensor is characteristic for the rigid body. It is called the inertia tensor. This name reflects its formal similarity to the inertial mass (which is a scalar, though). The tensor J is ...
10
Tensor Calculus for Physics: A Concise Guide - 34페이지
The susceptibility tensor can be shown from energy considerations to be symmetric (see Ex. 2.15), χij = χji, (2.4) which ... Typically one of the first two-index tensors to be confronted in one's physics career, the inertia tensor emerges in a study ...
Dwight E. Neuenschwander,
2014