Search for tag: "velocity"

15 Media

01:09:50 Part III: Materials in Extreme Dynamic… Part III: Materials in Extreme Dynamic Environments	Part III: Materials in Extreme Dynamic Environments 701065794 model fiber penetration impact depth matrix direction models damage velocity fibers energy simulation micron materials properties space simulations layers composite From Kristen Scully 0 likes 19 plays 0
10:05 The VERTEX field campaign: observations and… The VERTEX field campaign: observations and physical mechanisms of near-ground effects of a wind turbine, Sicheng Wu	The VERTEX field campaign: observations and physical mechanisms of near-ground effects of a wind turbine, Sicheng Wu Wind turbines generate wakes, which can potentially influence the local microclimate near the ground. To verify and quantify such effects, the Vertical Enhanced Mixing (VERTEX) field campaign was… [email protected] college of earth wind energy turbulence stability energy budget wake s3 flux heat s1 wind temperature ground conditions turbine velocity difference tower speed campaign friction station stations mixing week From Lauren Mosesso 0 likes 10 plays 0 Department Name College of Earth, Ocean and Environment
01:03:23 Rebecca Jackson Seminar Rebecca Jackson Seminar	Rebecca Jackson Seminar 701082049 melt glacier discharge theory velocity ice ocean terminus plume temperature rates flux surface observations greenland submarine fjord model glaciers things From Jennifer Biddle 0 likes 4 plays 0
32:24 Closed orbits I Closed orbits I	Closed orbits I Also includes Duluc's criterion for ruling out closed orbits. 11995 orbit seconds vector solution point gamma velocity dot equation path side hand thing field divergence theorem curve argument things direction From Rakesh Rakesh 0 likes 21 plays 0 Department Name Mathematical Sciences Date Established November 20, 2020
47:00 Differential forms on manifolds Differential forms on manifolds	Differential forms on manifolds This is a very rushed introduction to differential forms on manifolds. differential forms differential stokes's theorem manifold point tangent surface form plane vector definition curve things thing omega forms parameterization patch space curves velocity theorem From Rakesh Rakesh 0 likes 25 plays 0 Department Name Mathematical Sciences Date Established November 18, 2020
13:56 Linearization near a fixed point I Linearization near a fixed point I	Linearization near a fixed point I 11995 solution point pendulum velocity x1 x2 square dot tools factor equation points alright thing minus question beginning linear position sense From Rakesh Rakesh 0 likes 15 plays 0 Department Name Mathematical Sciences Date Established November 18, 2020
01:00:47 Elementary properties of non-linear systems Elementary properties of non-linear systems	Elementary properties of non-linear systems 11995 vector point dot trajectory solution pendulum position field velocity seconds trajectories thing theta forces x2 alright ode behavior arrows problem From Rakesh Rakesh 0 likes 8 plays 0 Department Name Mathematical Sciences Date Established November 18, 2020
01:04:52 Johanna Rosman Seminar Johanna Rosman Seminar	Johanna Rosman Seminar SMSP seminar Nov 13 701082049 drag topography velocity friction kind coefficient scale wave length scales obstacles simulations lot approach plot energy waves dissipation force question From Jennifer Biddle 0 likes 12 plays 0 Department Name School of Marine Science and Policy
01:01:24 Introduction and the damped driven pendulum Introduction and the damped driven pendulum	Introduction and the damped driven pendulum An introduction to Nonlinear Dynamics. A model for the damped driven pendulum and the qualitative questions of interest for its motion. 11995 theta dot pendulum motion equation ode questions alpha things resistance force torque position od question equilibrium thing air velocity direction From Rakesh Rakesh 0 likes 88 plays 0 Department Name Mathematical Sciences Date Established November 11, 2020
31:37 The two integrals on a surface The two integrals on a surface	The two integrals on a surface 11995 surface water direction point vector velocity density mass dot unit plate field integration net orientation s. integrals answer choice cross From Rakesh Rakesh 0 likes 2 plays 0
32:38 The flow along a curve The flow along a curve	The flow along a curve 11995 vector field point curve velocity water direction gamma mass wire orientation force charge density length tangent comma coordinate magnitude flow From Rakesh Rakesh 0 likes 4 plays 0
33:08 Arc length and the first integral on a curve Arc length and the first integral on a curve	Arc length and the first integral on a curve 11995 curve vector length velocity path point theorem function equation gamma thing position particle t. arc distance tangent times 3d wire From Rakesh Rakesh 0 likes 2 plays 0
52:12 Course summary Course summary	Course summary 11995 pendulum function things thing position curve velocity light alright theorem orbit physics problem variables rope dimensions seconds resistance motion shape From Rakesh Rakesh 0 likes 10 plays 0
03:50 Operating the Sander.mp4 Operating the Sander.mp4	Operating the Sander.mp4 UD Capture Recording engr misc misc-engr sander belt side table material disk collector dust bell aluminum arrow switches sanders angle lot velocity santa inches edge inch From Victoria Tosh-Morelli 1 likes 481 plays 0
12:51 FNC 6.3: IVP systems FNC 6.3: IVP systems	FNC 6.3: IVP systems Fundamentals of Numerical Computation, Chapter 6, Section 3. mathematics computation matlab theta vector ode solution function variables dot column times values prime references equation components equations variable output velocity derivatives species From Tobin Driscoll 0 likes 39 plays 0