Theoretical Aspect In Formulating Assesment Model Of Big Data Analytics Environment

Adrian, Cecilia; Abdullah, Rusli; Atan, Rodziah; Jusoh, Yusmadi Yah

doi:10.26480/amm.01.2018.16.17

Cited by 10 publications

(2 citation statements)

References 7 publications

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“…When the total volume of liquid and gas is defined, the volume of gas also tends to remain stable, which is inconsistent with the actual situation. In the simulation process of this paper, the Nose/Hoover hot bath method was adopted to keep the temperature of the system constant [27]. At the same time, the liquid water was controlled under pressure, and the pressure was set to 1atm.…”

Section: Air Nucleus Change In Volume In Watermentioning

confidence: 99%

Stability of Air Nucleus in Liquid Water and Cavitation Inception on Marine Engineering

2018

Polish Maritime Research

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The micro air nucleus widely distributed in the ocean is a necessary condition for the cavitation of hydraulic machinery in seawater. In order to study the stability of air nucleus in seawater and cavitation inception, the computational domain of water molecules with air nucleus was studied using the method of molecular dynamics simulation, and the transient characteristics of air nucleus in liquid water were obtained. The key factors influencing nuclei stability were analyzed. The results showed that air nucleus with a certain mass could maintain the dynamic equilibrium in liquid water. The internal density of air nuclei had a critical value that allowed the nuclei to stably exist in water. The air nuclei mass was the decisive factor in its equilibrium volume in water, and the two were positively correlated. The internal density of air nuclei was negatively correlated with the nuclei radius when the nuclei was stable in water. Liquid surface tension was an important factor affecting the stability of the air nuclei. The larger the initial radius of nuclei, the smaller the water pressure, and the more likely the cavitation occurs

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Section: Air Nucleus Change In Volume In Watermentioning

confidence: 99%

Stability of Air Nucleus in Liquid Water and Cavitation Inception on Marine Engineering

2018

Polish Maritime Research

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“…The profile of bending moment of pile body on the case of the lateral load Q=1400kN under different vertical load levels is also obtained. The bending moment of the pile increases with the increase of vertical load until the vertical load level V = 0.6V ult is reached [21][22][23]. This is mainly because that when the displacement of pile head is induced by lateral load, the vertical load leads to an additional moment in the pile body, i.e.…”

Section: Effect Of Vertical Load Levelmentioning

confidence: 99%

Effect of Reinforcement Ratio and Vertical Load Level on Lateral Capacity of Bridge Pile Foundations

Fan

Gao

2018

Polish Maritime Research

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The bearing response of pile foundations for cross-sea bridge subjected to lateral loading is investigated through threedimensional finite element numerical analyses. In the analyses, non-linear behavior of concrete is simulated using smeared cracking model, and the strain-stress relationship of rebar is modeled through perfectly elasto-plastic model obeying Mises yield criterion. The finite element model is validated against published lateral static loading test in situ. The effect of reinforcement ratio of reinforced concrete and vertical load level is explored on the displacement of pile head and lateral capacity of pile. The results show that for the pile with low reinforcement ratio, the allowable lateral capacity is controlled by concrete cracking, however the allowable lateral capacity is controlled by the displacement of pile head with high reinforcement ratio. The vertical load applied on the pile head may reduce its displacement but increase simultaneously the maximum moment in the pile body. Therefore, the optimum vertical load level is 0.4~0.6 times of the vertical ultimate load of a single pile.

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Towards Healthcare Organizational Performance Deriving by Big Data Analytics Quality Factors: A Systematic Literature Review

Nasir

Jusoh

Abdullah

et al. 2022

2022 Applied Informatics International Conference (AiIC)

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Theoretical Aspect In Formulating Assesment Model Of Big Data Analytics Environment

Cited by 10 publications

References 7 publications

Stability of Air Nucleus in Liquid Water and Cavitation Inception on Marine Engineering

Stability of Air Nucleus in Liquid Water and Cavitation Inception on Marine Engineering

Effect of Reinforcement Ratio and Vertical Load Level on Lateral Capacity of Bridge Pile Foundations

Towards Healthcare Organizational Performance Deriving by Big Data Analytics Quality Factors: A Systematic Literature Review

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