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Shear Distribution Coefficient Study of New Inland Large-Head Wharf Structure under Horizontal Force
Advanced Materials Research, 2013Load distribution machannism between bents of piled wharf is an important issue.In view of the shortage of the traditional design method for piled wharf structure,this paper established the nonlinear structure-soil numerical model by finite element method software ANSYS.Based on the numerical analysis method, shear distribution coefficient of three ...
Kai Ming Zou, Xiao Ping Liu
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Earthquake Engineering and Engineering Vibration, 2018
A modified energy-balance equation accounting for P-delta effects and hysteretic behavior of reinforced concrete members is derived. Reduced hysteretic properties of structural components due to combined stiffness and strength degradation and pinching effects, and hysteretic damping are taken into account in a simple manner by utilizing plastic energy ...
Uçar, Taner, Merter, Onur
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A modified energy-balance equation accounting for P-delta effects and hysteretic behavior of reinforced concrete members is derived. Reduced hysteretic properties of structural components due to combined stiffness and strength degradation and pinching effects, and hysteretic damping are taken into account in a simple manner by utilizing plastic energy ...
Uçar, Taner, Merter, Onur
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ECS Journal of Solid State Science and Technology, 2020
Following up our earlier work that highlighted the relationship between shear force (SF) and platen motor current (PMC), in parallel with the relationship between coefficient of friction (COF) and PMC for various tungsten and interlayer dielectric (ILD) chemical mechanical planarization (CMP) cases at non-steady-state conditions, we explored whether or
R. Headley +3 more
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Following up our earlier work that highlighted the relationship between shear force (SF) and platen motor current (PMC), in parallel with the relationship between coefficient of friction (COF) and PMC for various tungsten and interlayer dielectric (ILD) chemical mechanical planarization (CMP) cases at non-steady-state conditions, we explored whether or
R. Headley +3 more
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ECS Journal of Solid State Science and Technology, 2020
In a follow up from our earlier work that focused on highlighting the relationship among platen motor current (PMC), shear force (SF), and coefficient of friction (COF) in non-steady-state cases, we examined whether PMC was a reliable indicator that could be used in place of SF and COF data at steady-state conditions.
C. Frank +3 more
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In a follow up from our earlier work that focused on highlighting the relationship among platen motor current (PMC), shear force (SF), and coefficient of friction (COF) in non-steady-state cases, we examined whether PMC was a reliable indicator that could be used in place of SF and COF data at steady-state conditions.
C. Frank +3 more
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Engineering Failure Analysis, 2013
Abstract In this paper, the effect of bolt clamping force on the fatigue life of bolted double shear lap joints was investigated numerically. To do so, finite element simulation results were used to illustrate the trends occurred in experimental fatigue tests showing the effect of bolt clamping on improving the fatigue life of double shear lap joints.
T.N. Chakherlou +2 more
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Abstract In this paper, the effect of bolt clamping force on the fatigue life of bolted double shear lap joints was investigated numerically. To do so, finite element simulation results were used to illustrate the trends occurred in experimental fatigue tests showing the effect of bolt clamping on improving the fatigue life of double shear lap joints.
T.N. Chakherlou +2 more
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Physical Review, 1965
Extending the technique presented in our earlier work, the correlation-function expression for the shear viscosity is evaluated up to the first-density correction for a classical system of particles interacting with pair and three-body forces of short range which may have attractive parts and may allow for bound states. The results contain new terms as
Kyozi Kawasaki, Irwin Oppenheim
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Extending the technique presented in our earlier work, the correlation-function expression for the shear viscosity is evaluated up to the first-density correction for a classical system of particles interacting with pair and three-body forces of short range which may have attractive parts and may allow for bound states. The results contain new terms as
Kyozi Kawasaki, Irwin Oppenheim
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International Journal for Numerical and Analytical Methods in Geomechanics
ABSTRACT As crucial components of landslide control, anti‐slide piles demand a rigorous evaluation of their mechanical performance to guide the refinement of design parameters. Traditional methodologies typically idealize these structures as Euler–Bernoulli beams supported by Winkler foundations.
Taijiang Chen +3 more
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ABSTRACT As crucial components of landslide control, anti‐slide piles demand a rigorous evaluation of their mechanical performance to guide the refinement of design parameters. Traditional methodologies typically idealize these structures as Euler–Bernoulli beams supported by Winkler foundations.
Taijiang Chen +3 more
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2008
The effects of aspect ratio and end condition on the control of the development of free shear layers and the force coefficients of cylinders for flows around four cylinders at critical spacing ratio L/D=3.5 in the in-line square configuration have been investigated numerically.
Kit Lam, Lin Zou
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The effects of aspect ratio and end condition on the control of the development of free shear layers and the force coefficients of cylinders for flows around four cylinders at critical spacing ratio L/D=3.5 in the in-line square configuration have been investigated numerically.
Kit Lam, Lin Zou
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Bending moment and shear force coefficients for trapezoidal and triangular loads
Zede Journal, 2015No Abstract.
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