PPT-Rigid body rotation

Physics 7C lecture 13 Tuesday November 12 800 AM 920 AM Engineering Hall 1200 Applying a torque Torque τ r F Torque and angular acceleration for a rigid body The rotational analog of Newton. 5. Finite Element Analysis of Contact Problem. Nam-Ho Kim. Goals. Learn the computational difficulty in boundary nonlinearity. Understand the concept of variational inequality and its relation with the constrained optimization. Rigid Body Simulation. The . next. . few. . lectures. …. Comming. . up. …. Dynamic simulation . Movement of point masses, rigid bodies, systems of point masses etc. with respect to. Forces . Body charcteristics (mass, shape). Optimal Rotation. Biological vs. Economic Criteria. What age should we harvest timber?. Could pick the age to yield a certain size. Or could pick an age where volume in a stand is maximized. Or pick an age where the growth rate is maximized. Warm Up. U. se the points G(-3, -7) and H(2, -3) to answer the following:. 1.. Find the slope of . 2. . Find the midpoint of . 3. . Find GH.  . Objectives. 1.4 Transformations. Identify reflections, rotations, and translations. . Module 8. HigherEdServices.org. Session Topics. Rotations about Two Axes. Order of Rotations. Equivalent Rotations. Computer Module. Review: Rotation of Objects. Rotation: turning an object about a straight line (axis of rotation). 後藤祐斗. キーポイント検出と特徴量記述の変遷. 回転に不変な特徴量. 記述. の高速化. Mobile . Augmented Reality(MAR). 携帯端末で拡張現実. 持ち方に. よる見えの変化. Module 7. Session Topics. Object Rotations. Right Hand Rule. Rotation Notation. Single Rotation. Multiple Rotations. Equivalent Rotations. Computer Module. Object Rotation. A rotation is a turning of an object about a straight line known as the axis of rotation.. HEADLINE. Body. text,. body text, body text, body text, body text, body text, body text, body text, body text, body text, body text, body text, body text, body text, body text, body text, body text, body text, body text, body text, body text. in Peripheral HIC. Dujuan. Wang. 1. 2014 . CBCOS, Wuhan. , . 11/05/2014. University . of Bergen, . Norway. Introduction. Vorticity. for LHC, FAIR & NICA. Rotation in an exact hydro model. Summary. Rigid Transformations. 3D Rigid Objects. Rigid Transformation in 2D. q = (. t. x. ,t. y. ,. q. ) . with . q. . . [0,2. p. ). Robot R. 0. . R. 2. given in reference frame T. 0. What’s the new robot . PA | max height = 121 . ft. | max speed. . = 58 . mph. A Tale of Friction. Basic Rollercoaster Physics. PLAY. PLAY. PLAY. PLAY. Similar . to how . linear velocity is defined, angular velocity is the angle swept by unit of time. Tangential velocity is the equivalent of linear velocity for a particle moving on a . Quiz – You are building a house and there is a door mounted on hinges. Where do you put the door knob?. On the edge of the door near the hinges. On the edge of the door away from the hinges. On the middle of the door.. Aeroservoelastic. Workshop. NASA Langley Research Center. Jeff Beranek. MAD Deputy Program Manager. John Scarcello. Research Engineering Manager. April 18-19, 2012. Create and Deliver Superior Products Through Innovative Minds. 4 - . 2. Equilibrium of a Rigid Body in Three Dimensions. Six scalar equations are required to express the conditions for the equilibrium of a rigid body in the general three dimensional case..  .