Jump - Globe Thesis - Globe Thesis

Keyword [Jump] Result: 161 - 180 \| Page: 9 of 10
161.	Research On Electromagnetic Vibration Of High Speed Solid Rotor Asynchronous Motor With Variable Frequency Power Supply
162.	Design And Optimization Of Train Parking Scheme Based On Total Travel Time
163.	Research On Real Time Path Planning Method Of Substation Inspectionrobot
164.	Dynamic Response Analysis Of Deicing Of Overhead Transmission Lines
165.	A study on internal flow features and air entrainment effects in hydraulic jumps using numerical modeling techniques
166.	Intense acoustic stimulation does not affect subsequent vertical jump performance in humans
167.	Three dimensional and energy dissipation studies of hydraulic jumps
168.	The relationship between quadriceps/hamstring strength and anterior tibial shear force during a jump landing tas
169.	Geomorphic structure and function of hydraulic jumps in mountain river channels
170.	The Influence of Superhydrophobicity on Laminar Jet Impingement and Turbulent Flow in a Channel with Walls Exhibiting Riblets
171.	A study on fire safety provisions of public transport interchanges in well-developed cities
172.	Urban catalysis: Operative strategies for jump starting metropolitan life in central Houston (Texas)
173.	Correlation between time to peak torque and peak torque to vertical jump in college-age athletes
174.	The effect of lean body mass and strength on lower extremity energy absorption strategies during landin
175.	Modeling of Free-Surface Flows with Air Entrainment
176.	Heat transfer between two arbitrary shaped bodies in the jump regime with one body enclosed inside the other: A numerical study
177.	I. NUMERICAL SOLUTION OF THE SUPERFLUID SHOCK JUMP CONDITIONS. II. EXPERIMENTAL INVESTIGATION OF THE LIQUID HELIUM II - VAPOR INTERFACE
178.	Muscle Dynamics as the Result of Whole Body Vibration and Plyometrics
179.	Effects of Power Output Utilizing Post-Activation Potentiation versus Static Stretching on the Vertical Jump
180.	Investigation On Jump After Ice-shedding And Torsional Behavior Of Bundle Conductors
<<First <Prev Next> Last>> Jump to