The Experts below are selected from a list of 81 Experts worldwide ranked by ideXlab platform
Ji Wei - One of the best experts on this subject based on the ideXlab platform.
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Application of Sensitivity Method in Vehicle Dynamics
Computer Simulation, 2008Co-Authors: Ji WeiAbstract:Aimed at the effect of variable coefficients and the constant coefficients on the system,a quarter-car two degree of freedom suspension vibration model is established,with the aid of matlab interactive senior programmable language.The algorithm is gained through Function File,and the simulation model of the road noise and the suspension system is obtained.Moreover,the one order standard sensitivity Function is adopted,the actual model of one quarter-car two degree of freedom suspension system is designed,and the standard sensitivity response of vehicle body velocity,body displacement and the tire displacement is analyzed,the sensitive degree of the change of the structure dynamic characteristics variation is studied.The results indicate that the method can improve the design efficiency and reduce the cost of the design.
Guy Gadola - One of the best experts on this subject based on the ideXlab platform.
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Data Supplement for the IGSC 2019 paper ``A benchmark suite for control algorithms of retractable wind-energy harvesters''
2019Co-Authors: Daniel Mosse, Guy GadolaAbstract:The following Files comprise the Data Supplement to which the IGSC 2019* paper ``A benchmark suite for control algorithms of retractable wind-energy harvesters'' refers: 1) Thirty training and testing Files, each with approximately nine and two years, respectively, of minute-by-minute windspeeds and simulated predicted day-ahead windspeeds; 2) An eleven-year hourly electricity price File; 3) A fuzzy-set-membership-Function File describing membership in the set NOT WINDY AT for each of the 30 weather stations; 4) A File containing sunset times for the city of St. Louis, Missouri, for all days in the years 2004-2014, inclusive, which are used in the definition of quiet hours for St. Louis; 5) A File delineating when noise is allowed for municipalities corresponding to the 30 weather stations; and 6) A document describing how the windspeed data was derived. 7) A spreadsheet containing survey results of preferences toward retractable wind-energy harvesters. *The Tenth International Green and Sustainable Computing Conference
Gadola Guy - One of the best experts on this subject based on the ideXlab platform.
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Data Supplement for the IGSC 2019 paper ``A benchmark suite for control algorithms of retractable wind-energy harvesters''
2019Co-Authors: Mosse Daniel, Gadola GuyAbstract:The following Files comprise the Data Supplement to which the IGSC 2019* paper ``A benchmark suite for control algorithms of retractable wind-energy harvesters'' refers: 1) Thirty training and testing Files, each with approximately nine and two years, respectively, of minute-by-minute windspeeds and simulated predicted day-ahead windspeeds; 2) An eleven-year hourly electricity price File; 3) A fuzzy-set-membership-Function File describing membership in the set NOT WINDY AT for each of the 30 weather stations; 4) A File containing sunset times for the city of St. Louis, Missouri, for all days in the years 2004-2014, inclusive, which are used in the definition of quiet hours for St. Louis; 5) A File delineating when noise is allowed for municipalities corresponding to the 30 weather stations; and 6) A document describing how the windspeed data was derived. 7) A spreadsheet containing survey results of preferences toward retractable wind-energy harvesters. *The Tenth International Green and Sustainable Computing Conferenc
He Lile - One of the best experts on this subject based on the ideXlab platform.
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Modeling and Simulation of Hydraulic System of the Wheel Loader Based on Power Bond Graph
Machine Tool & Hydraulics, 2010Co-Authors: He LileAbstract:Based on the working principle of the hydraulic system for the working device of ZL60 wheel loader,the power bond graph of its hydraulic system was established by using the power bond graph method under the different working conditions.The power dynamic equations of the system was written out according to the established power bond graph and the Simulink simulation model was established under the bucket backward operating condition based on the power dynamic equations of the system.This simulation was carried out by setting the simulation parameters of the hydraulic system,applying the Matlab/Simulink software and compiling the M Function File,the performance curve of the hydraulic system was obtained,which is great helpful for the product development,the per-formance evaluation and the optimum design.
Bao Liang Guo - One of the best experts on this subject based on the ideXlab platform.
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Modeling and Simulation of Hydraulic System of the Working Device of the Wheel Loader Based on Power Bond Graph
Applied Mechanics and Materials, 2012Co-Authors: Jian Xiao Zheng, Zhi Shan Duan, Bao Liang GuoAbstract:Based on the working principle of the hydraulic system for the working device of ZL60 wheel loader, the power bond graph of its hydraulic system is established by using the power bond graph method under the different working conditions. The power dynamic equations of the system is written out according to the established power bond graph and the Simulink simulation model has been established under the bucket backward operating condition on the basis of the power dynamic equations of the system. This simulation will be carried out by Setting the simulation parameters of the hydraulic system, applying the Simulink software and compiling the M Function File. Through these studies, the performance curve of the hydraulic system can be obtained.
