Flexible Tactile Sensors for 3D Force Detection by Chengcheng Han (3132963)

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Flexible Tactile Sensors for 3D Force Detection by Chengcheng Han (3132963)

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Qualisys 3D Motion Capture System and Kistler 3D Force Stage. by Lian Duan (110648)

Event probability by age. by Juan Alonso Leon-Abarca (8308005)

Robustness test: Increasing possible missing variables. by Ting Li (117885)

Self-reported life events. by Megayn E. Lewandowski (18599144)

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Free diagram of forces exerted on the control mass . by Amirhossein Favakeh (21417884)

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Number of clinical events and reduction in clinical events cases between both strategies for the total cohort. by Rafael Esteban (161141)

Event and event rate in the overall study population and the comparative risks for clinical outcomes in propensity score-matched cohorts. by Hui-Jeong Hwang (14885873)

Data variation (repeated-measures ANOVA) and changes in force-time parameters obtained from force platform by swimmers over the first macrocycle of the training season. by Ferhat Öztürk (16747632)

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Event study. by Jinghong Zhou (1860979)

Event timeline. by Jinghong Zhou (1860979)

Multiple platforms use by working from home: Decreased alcohol use (%). by Karen G. Chartier (11714643)

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Kinase genes with correlated decreased expression in metastatic samples. by David O. Holland (12542869)

New visits, types of health events, procedure, and outcome of health events during all of 2020, and during the BR-period, Ramadan period, and AR-period. by Taizo Sakata (21567847)

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Event study for change in final price, nonpromotional price, and discount amount of sugar-sweetened beverages. by Osama M. El-Sayed (11920046)

Significant differences in motility properties of <i>E. histolytica</i> following short period of <i>E. coli</i> exposure. by Yuanning Guo (21417322)

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Simulations for the same FVM force vector law but with three values of the force exponent, with AIB = 100, seed 91. by G. Jordan Maclay (11714526)

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Vertical force–None. by Tuan Anh Nguyen (121944)

“…Besides, the speed of the vehicle is also gradually increased from v₁ to v₄. As a result of the simulation, which was performed in the MATLAB-Simulink environment, the output values such as roll angle, change of the vertical force, and roll index were significantly reduced when the active stabilizer bar was used. …”

Vertical force–Mechanical. by Tuan Anh Nguyen (121944)

“…Besides, the speed of the vehicle is also gradually increased from v₁ to v₄. As a result of the simulation, which was performed in the MATLAB-Simulink environment, the output values such as roll angle, change of the vertical force, and roll index were significantly reduced when the active stabilizer bar was used. …”