登录
首页 » matlab » LIONSIMBA-master

LIONSIMBA-master

于 2019-06-25 发布
0 115
下载积分: 1 下载次数: 13

代码说明:

说明:  该代码为基于MATLAB编制的锂离子电池伪二维模型(This code is a pseudo two-dimensional model of lithium ion battery based on MATLAB.)

文件列表:

LIONSIMBA-master, 0 , 2018-09-14
LIONSIMBA-master\.gitignore, 16 , 2018-09-14
LIONSIMBA-master\LICENSE, 1095 , 2018-09-14
LIONSIMBA-master\Parameters_init.m, 21652 , 2018-09-14
LIONSIMBA-master\README.md, 5753 , 2018-09-14
LIONSIMBA-master\User's Manual.pdf, 1329858 , 2018-09-14
LIONSIMBA-master\battery_model_files, 0 , 2018-09-14
LIONSIMBA-master\battery_model_files\P2D_equations, 0 , 2018-09-14
LIONSIMBA-master\battery_model_files\P2D_equations\FDM9orderElectrodeDiffusion.m, 5677 , 2018-09-14
LIONSIMBA-master\battery_model_files\P2D_equations\SEI_layer.m, 1308 , 2018-09-14
LIONSIMBA-master\battery_model_files\P2D_equations\ThermalDerivatives.m, 7613 , 2018-09-14
LIONSIMBA-master\battery_model_files\P2D_equations\algebraicStates.m, 4366 , 2018-09-14
LIONSIMBA-master\battery_model_files\P2D_equations\batteryModel.m, 12793 , 2018-09-14
LIONSIMBA-master\battery_model_files\P2D_equations\cheb.m, 1609 , 2018-09-14
LIONSIMBA-master\battery_model_files\P2D_equations\electrodeConcentration.m, 2064 , 2018-09-14
LIONSIMBA-master\battery_model_files\P2D_equations\electrolyteConductivity.m, 3048 , 2018-09-14
LIONSIMBA-master\battery_model_files\P2D_equations\electrolyteDiffusion.m, 7123 , 2018-09-14
LIONSIMBA-master\battery_model_files\P2D_equations\electrolyteDiffusionCoefficients.m, 2742 , 2018-09-14
LIONSIMBA-master\battery_model_files\P2D_equations\electrolytePotential.m, 7812 , 2018-09-14
LIONSIMBA-master\battery_model_files\P2D_equations\evaluate_sign_input_density.m, 1592 , 2018-09-14
LIONSIMBA-master\battery_model_files\P2D_equations\heatGenerationRates.m, 3872 , 2018-09-14
LIONSIMBA-master\battery_model_files\P2D_equations\ionicFlux.m, 3702 , 2018-09-14
LIONSIMBA-master\battery_model_files\P2D_equations\openCircuitPotential.m, 3832 , 2018-09-14
LIONSIMBA-master\battery_model_files\P2D_equations\reactionRates.m, 1619 , 2018-09-14
LIONSIMBA-master\battery_model_files\P2D_equations\retreiveData.m, 2306 , 2018-09-14
LIONSIMBA-master\battery_model_files\P2D_equations\solidPhaseDiffusionCoefficients.m, 1708 , 2018-09-14
LIONSIMBA-master\battery_model_files\P2D_equations\solidPhasePotential.m, 2315 , 2018-09-14
LIONSIMBA-master\battery_model_files\P2D_equations\spectralMethodElectrodeDiffusion.m, 5698 , 2018-09-14
LIONSIMBA-master\battery_model_files\P2D_equations\surfaceConcentration.m, 2454 , 2018-09-14
LIONSIMBA-master\battery_model_files\P2D_equations\thermalModel_lumped.m, 3260 , 2018-09-14
LIONSIMBA-master\battery_model_files\P2D_equations\thermalModel_pde.m, 11204 , 2018-09-14
LIONSIMBA-master\battery_model_files\P2D_equations\volumeAveragedConcentrationFlux.m, 1878 , 2018-09-14
LIONSIMBA-master\battery_model_files\external_functions, 0 , 2018-09-14
LIONSIMBA-master\battery_model_files\external_functions\getCarCurrent.m, 1586 , 2018-09-14
LIONSIMBA-master\battery_model_files\external_functions\getInputCurrent.m, 1870 , 2018-09-14
LIONSIMBA-master\battery_model_files\external_functions\getInputCurrentDensity.m, 1714 , 2018-09-14
LIONSIMBA-master\battery_model_files\external_functions\getInputPowerDensity.m, 1861 , 2018-09-14
LIONSIMBA-master\battery_model_files\external_functions\getPcontrolCurrent.m, 2617 , 2018-09-14
LIONSIMBA-master\battery_model_files\external_functions\getPcontrolCurrentPack.m, 3258 , 2018-09-14
LIONSIMBA-master\battery_model_files\external_functions\socEstimator.m, 2183 , 2018-09-14
LIONSIMBA-master\battery_model_files\interpolation_scripts, 0 , 2018-09-14
LIONSIMBA-master\battery_model_files\interpolation_scripts\interpolateDiffusionCoefficients.m, 3078 , 2018-09-14
LIONSIMBA-master\battery_model_files\interpolation_scripts\interpolateElectrolyteConcentration.m, 2583 , 2018-09-14
LIONSIMBA-master\battery_model_files\interpolation_scripts\interpolateElectrolyteConcetrationFluxes.m, 2041 , 2018-09-14
LIONSIMBA-master\battery_model_files\interpolation_scripts\interpolateElectrolyteConductivities.m, 2703 , 2018-09-14
LIONSIMBA-master\battery_model_files\interpolation_scripts\interpolateTemperature.m, 2786 , 2018-09-14
LIONSIMBA-master\battery_model_files\numerical_tools, 0 , 2018-09-14
LIONSIMBA-master\battery_model_files\numerical_tools\firstOrderDerivativeMatrix.m, 2530 , 2018-09-14
LIONSIMBA-master\battery_model_files\numerical_tools\rootFinder.m, 2448 , 2018-09-14
LIONSIMBA-master\battery_model_files\numerical_tools\secondOrderDerivativeMatrix.m, 2422 , 2018-09-14
LIONSIMBA-master\battery_model_files\simulator_tools, 0 , 2018-09-14
LIONSIMBA-master\battery_model_files\simulator_tools\algebraicInitialConditions.m, 2206 , 2018-09-14
LIONSIMBA-master\battery_model_files\simulator_tools\checkBatteryParameters.m, 5096 , 2018-09-14
LIONSIMBA-master\battery_model_files\simulator_tools\checkEnvironment.m, 2737 , 2018-09-14
LIONSIMBA-master\battery_model_files\simulator_tools\checkInitialStates.m, 2096 , 2018-09-14
LIONSIMBA-master\battery_model_files\simulator_tools\checkSimulationStopConditions.m, 3819 , 2018-09-14
LIONSIMBA-master\battery_model_files\simulator_tools\computeVariablesIndices.m, 2516 , 2018-09-14
LIONSIMBA-master\battery_model_files\simulator_tools\compute_lumped_mass_and_Cp_avg_for_given_layer_fcn.m, 3722 , 2018-09-14
LIONSIMBA-master\battery_model_files\simulator_tools\differentialInitialConditions.m, 2331 , 2018-09-14
LIONSIMBA-master\battery_model_files\simulator_tools\headerInfo.m, 2086 , 2018-09-14
LIONSIMBA-master\battery_model_files\simulator_tools\initialise_model.m, 2842 , 2018-09-14
LIONSIMBA-master\battery_model_files\simulator_tools\internalSOCestimate.m, 2055 , 2018-09-14
LIONSIMBA-master\battery_model_files\simulator_tools\jacobianFunction.m, 1618 , 2018-09-14
LIONSIMBA-master\battery_model_files\simulator_tools\retrieveData.m, 2610 , 2018-09-14
LIONSIMBA-master\battery_model_files\simulator_tools\solidPhaseDifferentiationMatrices.m, 2157 , 2018-09-14
LIONSIMBA-master\battery_model_files\simulator_tools\solidPhaseDiffusionDifferentiationMatrices.m, 2466 , 2018-09-14
LIONSIMBA-master\battery_model_files\simulator_tools\storeSimulationResults.m, 3672 , 2018-09-14
LIONSIMBA-master\battery_model_files\test_lionsimba_folder.m, 499 , 2018-09-14
LIONSIMBA-master\example_scripts, 0 , 2018-09-14
LIONSIMBA-master\example_scripts\CC_CV_charge.m, 5332 , 2018-09-14
LIONSIMBA-master\example_scripts\CarCycling_example1.m, 4754 , 2018-09-14
LIONSIMBA-master\example_scripts\CarCycling_example2.m, 3237 , 2018-09-14
LIONSIMBA-master\example_scripts\Proportional_voltage_control.m, 3179 , 2018-09-14
LIONSIMBA-master\example_scripts\Proportional_voltage_control_battery_pack.m, 3564 , 2018-09-14
LIONSIMBA-master\example_scripts\const_power_charging.m, 4405 , 2018-09-14
LIONSIMBA-master\example_scripts\continous_custom_current_profile.m, 5171 , 2018-09-14
LIONSIMBA-master\example_scripts\custom_current_profile.m, 4955 , 2018-09-14
LIONSIMBA-master\example_scripts\different_c_rates.m, 2229 , 2018-09-14
LIONSIMBA-master\example_scripts\different_heat_exchange.m, 2749 , 2018-09-14
LIONSIMBA-master\example_scripts\isothermal_simulations.m, 2211 , 2018-09-14
LIONSIMBA-master\example_scripts\multipleCells.m, 4758 , 2018-09-14
LIONSIMBA-master\example_scripts\solidPhaseDiffusionSchemes.m, 2524 , 2018-09-14
LIONSIMBA-master\startSimulation.m, 34758 , 2018-09-14

下载说明:请别用迅雷下载,失败请重下,重下不扣分!

发表评论

0 个回复

  • S_Shell
    说明:  用标准C实现shell功能,是操作系统的作业,Linux里面的she(Shell to achieve using standard C function, the operation is the operating system, Linux inside she)
    2008-11-19 22:55:02下载
    积分:1
  • 刷新
    说明:  操作系统定时刷新功能,利用TIMER定时器定时后调用系统刷新功能,可做到计算机自动刷新、开机启动,并可设置刷新间隔时间并存档。(Operating system timing refresh function, using TIMER timer to call system refresh function after timing, can automatically refresh the computer, start, and set refresh interval time and archive.)
    2020-06-16 01:00:01下载
    积分:1
  • 页面调度算法
    页式虚拟存储器的页面置换算法一般有: 最佳置换算法(OPT),先进先出置换算法(FIFO),最近最久未使用置换算法(LRU),Clock置换算法,最少使用置换算法(LFU),页面缓存算法(PBA)等。 先进先出(FIFO)置换算法是最直观的置换算法,由于它可能是性能最差的算法,故实际应用极少。在这里我只使用前面三种算法来进行页面调度(Page replacement algorithms for page virtual memory generally include the best permutation algorithm (OPT), advanced first out permutation (FIFO), the most recent unused replacement algorithm (LRU), Clock permutation algorithm, minimum use of permutation (LFU), and page caching algorithm (PBA). The first in first out (FIFO) replacement algorithm is the most intuitive replacement algorithm, because it may be the worst performing algorithm, so there are few practical applications. Here I only use the first three algorithms for page scheduling.)
    2018-05-22 13:02:20下载
    积分:1
  • labP3
    哈工大操作系统实验三,包括代码和实验报告,希望对同学有帮助(lab3 for Operating System in HIT)
    2012-11-08 16:14:45下载
    积分:1
  • DOS
    实现dos调用功能 修改显存方法显示字符(Achieve dos memory recall function to modify the method to display characters)
    2014-01-08 12:55:16下载
    积分:1
  • stm32f103rct6步进电机freeRTOS掉电保存
    说明:  stm32f103rct6步进电机 基于freeRTOS 掉电存储(stm32f103rct6 stepper based freeRTOS)
    2020-06-15 22:45:01下载
    积分:1
  • avoid-deadlock
    操作系统实验-死锁避免算法,word文档,详细,全,可执行,自己写的,希望快点能在贵网站下载。。。(Operating System Experiment- Deadlock avoidance algorithm, word documents, detailed, full, enforceable, wrote it myself, hope quickly in your website. . .)
    2013-10-28 19:05:59下载
    积分:1
  • 现代(中文第三版)_扫描版_24.8M
    说明:  现代操作系统第三版中文,带目录,觉得好请点赞(Modern operating system third edition Chinese, with directory, feel good, please comment)
    2020-06-23 23:40:01下载
    积分:1
  • forth
    说明:  一个forth语言的开发环境,既是语言又是操作系统。forth语言很好大家可以接触下试试(A forth language development environment, only a language but also the operating system. forth under the language of good contacts we can try)
    2011-03-08 21:03:44下载
    积分:1
  • HP-UX
    本指南介绍了初次使用新的 Hewlett-Packard 计算机时需要了解的各种信息 其中详细介绍了各项基本任务如复制文件打印文档和发送电子邮件(This guide describes the initial use of the new Hewlett-Packard computers need to understand the variety of information including details of the basic tasks such as copying files to print the document and send e-mail)
    2013-02-01 15:10:42下载
    积分:1
  • 696524资源总数
  • 103791会员总数
  • 67今日下载