'Impact velocity' presentation slideshows

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Chapter 4

Chapter 4. Motion in 2-D and 3-D. Chapter 4: Review. Our kinematic variables are now vectors:. Similarly to 1-D, we have. Treat each dimension separately Like multiple 1-D problems. v. a. r. Review. Example: (Problem 4.2). The position vector for an electron is

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Progress of MoonLITE Penetrators

Progress of MoonLITE Penetrators. Rob Gowen on behalf of the UK Penetrator Consortium. LEAG 2008 : Florida, Oct 30. MSSL/UCL UK. Contents. Brief overview Status Phase-A elements Impact Trial Collaboration. MoonLITE Mission.

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Impact Dynamics

Impact Dynamics. ????. ???? 94 ??? ? 2 ?? ?????????? 1 ? 1 ??????. ???? 94 ??? ? 2 ?? ?????????? 1 ? 1 ?????? ( ? ). ???? 94 ??? ? 2 ?? ?????????? 1 ? 1 ?????? ( ? ). ???? 94 ??? ? 2 ?? ?????????? 1 ? 1 ?????? ( ? ). ???? 94 ??? ? 2 ?? ?????????? 1 ? 1 ?????? ( ? ).

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Collapse Evaluation of Seismically Isolated Building Impacting Moat Wall

Collapse Evaluation of Seismically Isolated Building Impacting Moat Wall. Armin Masroor Graduate Research Assistant Gilberto Mosqueda Associate Professor Department of Civil, Structural and Environmental Engineering University at Buffalo.

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Penetrators for TSSM

Penetrators for TSSM. Rob Gowen on behalf of UK Penetrator Consortium. MSSL/UCL UK. TSSM Meeting - Monrovia, Jun 02 2008. Micro-Penetrators. Basics : Low mass [~5Kg] Very tough [~ 200-500 m/s, impact ~10-50kgee] Perform science from below surface [~0.5-few m]. 2 kg payload. 5 kg.

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SPT Testing Problems (Trials and Tribulations) George Goble

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Mapping Erosion-Corrosion of Composite WC/Co-Cr Based Coating

Mapping Erosion-Corrosion of Composite WC/Co-Cr Based Coating. Tarek M. Abd El-Badia PhD Student Tribology Group Mechanical Engineering Department, University Of Strathclyde Under supervision Professor M. Stack. Outline. Objectives of the study Experimental Work.

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2-D Kinematics

2-D Kinematics. VARIABLE SOUP TEXTBOOK CH.3. Projectile Motion. This is motion that occurs in two dimensions: Horizontal motion is at constant velocity Vertical motion accelerated by gravity Mass-Independent. Projectile Motion.

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V.V. Shevchenko, S.G.Pugacheva Sternberg State Astronomical Institute

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Thrust

Thrust. E80 Static Motor Test Spring 2009. Forces on a Rocket. http://www.grc.nasa.gov/WWW/K-12/rocket/rktth1.html. The Question. In the event of a crash landing of your rocket, what will be the effect on the instruments inside the rocket? (Translation) What is the velocity of impact?

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The Collision and Evaporation of a Droplet with a Heated Particle

The Collision and Evaporation of a Droplet with a Heated Particle. Samantha Chong, Curtin University. Supervisors: Dr Ranjeet Utikar Dr Monica Gumulya. Introduction to Problem. Investigate the behavior of droplet Mechanism of droplet interacting with hot solid surface

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Lunar Impact Analysis

Lunar Impact Analysis. Korey LeMond Structures GL. 1. Impact Analysis done via use of Impulse - Momentum Theorem Aluminum 5056 can withstand 22 ksi of compressive stress before failure What Velocity can Aluminum withstand at a certain ? t (Time of impact)?

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Forces and Concussions

Kinesiology Presentation Alexandria Harris 12/7/2009. Forces and Concussions. Tackles and Concussions. Kinesiology Presentation Alexandria Harris 12/7/2009. What is it? 300,000 annually Signs and Symptoms. Background:. Kinesiology Presentation Alexandria Harris 12/7/2009.

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Type I Projectiles

Type I Projectiles. Objects that are given an initial horizontal velocity, then influenced by gravity (alone). A Shot vs. A Bullet Dropped. Two Bullets: * One fired horizontally * One dropped at the same instant, from the same height Which lands first?.

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Day 22 3/3/2011 objective:

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Josh Smith Zachary Blunier Michael Krauz Matt Pensa Daniel Lane Trey Keown

quake rattle and roll. Josh Smith Zachary Blunier Michael Krauz Matt Pensa Daniel Lane Trey Keown. science objectives. Determine the inner structure of Europa Rough surface suggests inner geological activity Caused by either strong tremors or a flowing subsurface ocean

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Micro-Penetrators for Icy Planets

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