CN107957983A - A kind of automatic after-treatment system and implementation method based on Abaqus - Google Patents
A kind of automatic after-treatment system and implementation method based on Abaqus Download PDFInfo
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Abstract
The invention discloses a kind of automatic after-treatment system based on Abaqus, automatic after-treatment system carries out the ODB files that Abaqus in different schemes is generated post processing automatically and analysis comparing result is automatically generated PPT analysis reports.The invention also discloses a kind of implementation method of the automatic after-treatment system based on Abaqus.A kind of automatic after-treatment system based on Abaqus of the present invention, post-processed automatically by the ODB files generated to Abaqus software analysis, and analysis result is automatically generated into PPT analysis reports according to specified format, improve efficiency of research and development, avoid manually extracting data and slipping up causing data inaccurate, improve the reliability of data.
Description
Technical field
The invention belongs to the technical field of data processing, more particularly to a kind of automatic after-treatment system based on Abaqus and
Implementation method, the ODB files for Abaqus software analysis to be generated are post-processed and automatically generate PPT analysis reports automatically
Accuse.
Background technology
With the aggravation of market competition, the upgrading period of product is more and more short, and enterprise is more urgent to the demand of new technology, and
Finite element numerical simulation technology be Improving The Quality of Products, shorten the design cycle, improve product competitiveness an effective means, institute
With with the development of computer technology and computational methods, finite element analysis has obtained increasingly in engineering design and scientific research field
It is extensive to pay attention to and apply, have become the effective way for solving complex engineering analysis computational problem, from automobile to space shuttle
Almost all of design and manufacture all be unable to do without finite element analysis, it is in machine-building, material processing, aerospace, automobile, soil
The every field such as Wood construction, electronic apparatus, defence and military, ship, railway, petrochemical industry, the energy and scientific research widely use
Making design level, there occurs qualitative leap.
Processing for the Finite element analysis results of Abaqus, uses more and is manually extracted and located for result at present
Reason, but not only efficiency is low but also mistake easily occurs for artificial treatment, such as 1 CAE engineer is by the tire finite element of 5 kinds of schemes
Analysis result is extracted, handled, being depicted as various curves and producing PPT analysis reports, at least needs the time of one week, and efficiency is low
And mistake easily occur in data, reliability is low.
The content of the invention
It is an object of the invention in view of the above shortcomings of the prior art, it is proposed that a kind of automatic rear place based on Abaqus
Reason system and implementation method, are post-processed automatically by the ODB files generated to Abaqus software analysis, and by analysis result
PPT analysis reports are automatically generated according to specified format, improve efficiency of research and development, avoid manually extracting data and slipping up causing data not
Accurately, the reliability of data is improved.
To achieve the above object, the technical solution taken of the present invention is：
The present invention provides a kind of automatic after-treatment system based on Abaqus, the automatic after-treatment system is to not Tongfang
The ODB files that Abaqus is generated in case carry out post processing automatically and analysis comparing result are automatically generated PPT analysis reports, described
Automatic after-treatment system includes function module, selecting module, data input module, operation module and report generation module, wherein：
Function module, including for carrying out multiple and different post-processing functions of analysis contrast to ODB files；
Selecting module, for selecting one or more functions of post-processing automatically in function module；
Data input module, for inputting in PPT analysis reports the title for needing to present, model information, importing ODB texts
Part, set storing path and input simulated conditions；
Module is run, is preserved for running the automatic post-processing function selected in selecting module, and by generation result to finger
Fixed file；
Report generation module, for automatically extracting data in the generation result of the operation module and generating PPT analyses
Report.
Further, the function module includes 15 functions, be respectively output unit grid distribution map, extraction OD and
SW sizes, obtain the front/rear profile comparison diagram of tyre inflating, extraction ground connection mark cloud atlas, each analysis step of extraction total deflection,
The deflection of analysis step corresponding to 100% load and rigidity, the total contact area of extraction are extracted, stiffness curve is drawn, draws ground connection
Pressure distribution curve, draw belt cord tension curve, draw body cord tension curve, obtain belt durability number
According to, obtain bead durability data, obtain shoulder zone stress diagram and obtain bead area stress envelope.
Further, the data input module includes title input, model information input, the importing of ODB files, preservation road
Footpath is set and simulated conditions input, wherein：
Title inputs, and the PPT for the report name to being presented in PPT analysis reports, the model model of analysis, generation is reported
The numbering of announcement, the information of turn in a report date and speaker are inputted；
Model information inputs, and is inputted for the model quantity to analysis contrast, model details；
ODB files import, and are initially used for the amount of projects of input analysis contrast and are imported according to amount of projects selection corresponding
Two-dimentional ODB files and three-dimensional ODB files；
Storing path is set, for setting the storing path of PPT analysis reports and the operating path of Abaqus of generation；
Simulated conditions input, the simulated conditions include the blowing pressure, rigidity and durability, ground connection mark load number and
Corresponding load value, the simulated conditions input module are used for the blowing pressure, rigidity and durability, ground connection mark load number
And corresponding load value carries out input setting.
Further, the automatic after-treatment system further includes system introduction module, background information module, scheme and introduces mould
Block and comparison in difference module, wherein：
The system introduction module, for describing in detail to the automatic after-treatment system, and exports to PPT automatically
In analysis report；
The background information module, for carrying out text input to the information before comparative analysis, and exports to PPT points automatically
In analysis report；
Scheme introduces module, for the information in different schemes into style of writing text input, and export automatically to PPT analyze
In report；
Comparison in difference module, for being inputted to the parameter in different schemes, and exports to PPT analysis reports automatically
In.
Present invention also offers a kind of implementation method of the automatic after-treatment system based on Abaqus, include the following steps：
1) environmental structure：
4.0 development platform of Abaqus softwares and .Net Framework 1a) is installed；
2) function is established：
The core shell script and main program of multiple and different post-processing functions 2a) are included based on Python exploitation；
2b) based on 4.0 development platforms of .Net Framework to the core shell scripts of multiple and different post-processing functions into
Row encapsulation forms automatic after-treatment system；
3) ODB files are obtained：
3a) design different contrast schemes；
3b) start 1a) in Abaqus softwares and by performing 3a) in different schemes, respectively obtain different schemes in
Corresponding two dimension ODB files and three-dimensional ODB files；
3c) unified form is carried out to two-dimentional ODB files and three-dimensional ODB files to name and preserve；
4) function selects：
4a) according to the needs of comparative analysis from 2a) select in multiple and different post-processing functions it is one or more；
5) data input：
5a) it is used to input in PPT analysis reports the title for needing to present, model information, imports ODB files, preservation is set
Path and input simulated conditions；
6) function is run：
6a) start Abaqus softwares, perform the 2a under corresponding post-processing function) in main program；
6b) one or more files are automatically generated under corresponding each post-processing function, for 6a) in result into
Row storage, needs to generate the picture file or EXCEL file of .png forms according to different functions.
7) PPT reports are generated：
7a) automatically extract 6b) in result information and generate the PPT analysis reports of the .ppt forms of specification；
7b) to 7a) in PPT analysis reports repair, formed PPT report.
Further, the 2a) the core shell script and four for including 15 functions is developed based on Python
A main program；15 functions are respectively output unit grid distribution map (101), extraction OD and SW sizes (102), obtain
The front/rear profile comparison diagram (103) of tyre inflating, extraction ground connection mark cloud atlas (104), total deflection of each analysis step of extraction
(105), the deflection of analysis step corresponding to 100% load and rigidity (106), the total contact area (107) of extraction are extracted, is drawn just
Write music line (108), draw ground contact pressure distribution curve (109), draw belt cord tension curve (110), draw carcass
Line tension curve (111), obtain belt durability data (112), obtain bead durability data (113), obtain shoulder area
Domain stress diagram (114) and acquisition bead area stress envelope (115).
The 2b) based on 4.0 development platforms of .Net Framework to 2a) in 15 functions core script into
Row encapsulation, according to function it is whether close formed four main programs, four main programs be respectively main1.pyc, main2.pyc,
Main3.pyc and main4.pyc.
Further, the 5a) in input header, to presented in PPT analysis reports report name, analysis model
Number, numbering, the information of turn in a report date and speaker of the PPT reports of generation inputted, its output is analyzed to PPT and report
In announcement；Input model information, model quantity, model details to analysis contrast input；ODB files are imported, first
Input analysis contrast amount of projects simultaneously according to amount of projects select import 3c) in correspond to corresponding two dimension ODB files under scheme
With three-dimensional ODB files；Storing path is set, the storing path of PPT analysis reports and the operating path of Abaqus of generation are set；
Simulated conditions are inputted, wherein simulated conditions include the blowing pressure, rigidity and durability, ground connection mark load number and corresponding load
Charge values, input the blowing pressure, rigidity and durability, ground connection mark load number and corresponding load value.
To 5) data input parameters and 6) further, based on 4.0 development platforms of .Net Framework after function operation
Handling result be packaged.
Further, 2a) in Python version and 1a) in Abaqus built in Python versions it is corresponding.
Compared with prior art, the present invention have the following advantages that：
1. the automatic after-treatment system of the present invention, is carried out by the ODB files generated to Abaqus finite element analysis softwares
Automatic post processing, and analysis result is automatically generated into PPT analysis reports according to specified format, needing originally more than one week could be complete
Into post processing task, using can be completed within 10 minutes after the system, improve efficiency of research and development.
2. using automatic after-treatment system, to avoid artificial extraction data error data can be caused inaccurate, improve number
According to reliability.
Brief description of the drawings
Fig. 1 is a kind of block schematic illustration of the automatic after-treatment system based on Abaqus of the present invention；
Fig. 2 is a kind of step schematic diagram of the implementation method of the automatic after-treatment system based on Abaqus of the present invention.
Embodiment
The present invention will be further described in detail below with reference to the accompanying drawings and specific embodiments.
The finite element method of domestic major tyre company study of tire energetically, and as tire design and analysis
Main means, even can substitute experiment in many aspects, by finite element analysis raising tire product quality, reduce cost
Become the principal concern of enterprise with exploitation high-performance tire product, differentiate the quality of different designs scheme, improve analysis level
And efficiency of research and development, have become tire enterprise most concerned focus at present.Stress-deformation field, temperature field, ground connection are carried out to tire
During the finite Element Analysis of Mechanical such as performance, taking the link that CAE engineer times are most, are easiest to malfunction mainly includes
2 aspects：(1) foundation (pre-treatment) of finite element model；(2) extraction of Finite element analysis results mass data, arrangement (rear place
Reason), and tire multi-scheme Finite element analysis results are compared, optimized and made PPT analysis reports.To certain domestic famous tire enterprise
When industry is investigated, tire finite element analysis CAE engineer reflection：For the analysis result comprising 5 kinds of tire schemes according to will
Asking extraction, arrangement, drawing, relatively and make PPT finite element analyses report, CAE engineer needs several days even time of one week,
Work efficiency is low, and the substantial amounts of quality time is used in data preparation work that is numerous and diverse, repeating, and repeats work due to prolonged
Make, errors and omissions is inevitable.
Based on above-mentioned, the present embodiment forms wheel so that tire multi-scheme Finite element analysis results post-process automatically as an example
The automatic after-treatment system of tire multi-scheme finite element analysis.The automatic every post processing result of tire that obtains is (for example, unit grid is distributed
Before figure, outer profile size, tyre inflating/thick silhouette contrast figure, ground connection mark figure, stiffness curve, belt cord tension curve,
Durability data, tire shoulder stress envelope etc.), and all analysis results are fabricated to PPT finite element analyses report automatically.
With reference to Fig. 1, a kind of automatic after-treatment system based on Abaqus, automatic after-treatment system is in different schemes
The ODB files progress of Abaqus generations post-processes and analysis comparing result is automatically generated PPT analysis reports automatically, locates after automatic
Reason system includes function module 10, selecting module 20, data input module 30, operation module 40 and report generation module 50, its
In：
Specifically, function module 10, including for carrying out multiple and different post-processing functions of analysis contrast to ODB files；
The present embodiment is provided with 15 functions for the multivariant post processing of tire, is respectively output unit grid distribution map 101, carries
Take OD and SW sizes 102, obtain the front/rear profile comparison diagram 103 of tyre inflating, extraction ground connection mark cloud atlas 104, each point of extraction
Total deflection 105 of analysis step, extract the deflection of analysis step corresponding to 100% load and rigidity 106, the total contact area of extraction
107th, stiffness curve 108 is drawn, ground contact pressure distribution curve 109 is drawn, draws belt cord tension curve 110, draws tire
Body curtain line tension curve 111, obtain belt durability data 112, obtain bead durability data 113, obtain shoulder zone
Stress diagram 114 and acquisition bead area stress distribution Figure 115.
Specifically, selecting module 20, for selecting one or more functions of post-processing automatically in function module 10；
Specifically, data input module 30, for inputting in PPT analysis reports the title for needing to present, model information, leading
Enter ODB files, storing path and input simulated conditions are set；Wherein data input module 30 includes title input 301, model letter
Breath input 302, ODB files import 303, storing path and set 304 and simulated conditions input 305, wherein：
Title input 301, for the report name to being presented in PPT analysis reports, analysis model model, generation
Numbering, the information of turn in a report date and speaker of PPT reports are inputted；
Model information input 302, inputs for the model quantity to analysis contrast, model details；
ODB files import 303, are initially used for the amount of projects of input analysis contrast and are selected to import phase according to amount of projects
The two-dimentional ODB files and three-dimensional ODB files answered；
Storing path sets 304, for setting the storing path of PPT analysis reports and the working ways of Abaqus of generation
Footpath；
Simulated conditions input 305, simulated conditions include the blowing pressure, rigidity and durability, ground connection mark load number and
Corresponding load value, simulated conditions input module 305 are used for the blowing pressure, rigidity and durability, ground connection mark load number
And corresponding load value carries out input setting.
Module 40 is run, is preserved for running the automatic post-processing function selected in selecting module 20, and by generation result
To the file specified；
Report generation module 50, for automatically extracting data in the generation result of operation module 40 and generating PPT analyses
Report.
Preferably, automatic after-treatment system further includes system introduction module 60, background information module 70, scheme and introduces module
80 and comparison in difference module 90, wherein：
System introduction module 60, for describing in detail to automatic after-treatment system, and exports to PPT to analyze and reports automatically
In announcement；
Background information module 70, for carrying out text input to the information before comparative analysis, and exports to PPT and analyzes automatically
In report；
Scheme introduces module 80, for, into style of writing text input, and being exported automatically to PPT point to the information in different schemes
In analysis report；
Comparison in difference module 90, for being inputted to the parameter in different schemes, and exports to PPT analysis reports automatically
In.
Shown in Figure 2, the present invention provides the reality of the above-mentioned automatic after-treatment system of tire multi-scheme finite element analysis
Existing method, includes the following steps：
Step S1, environmental structure：
4.0 development platform of Abaqus softwares and .Net Framework 1a) is installed；Ensure that computer successfully installs Abaqus
4.0 development platform of software and .Net Framework.Due to that in the PPT analysis reports that subsequently automatically generate, will can extract
Picture is put into PPT, so for different display sizes, the position of sectional drawing can be different.The present embodiment uses 19 inch widescreens
Display, screen resolution are arranged to 1440*900.If size of display and configuration are different, only influence whether that " shoulder zone should
Try hard to " and " bead area stress diagram " in Max values, Legend icons display, and the result of calculation of other functions will not be produced
Raw any influence.
Step S2, function are established：
The core shell script and four main journeys of 15 different post-processing functions 2a) are included based on Python exploitation
Sequence；15 functions are respectively output unit grid distribution map 101, extraction OD and SW sizes 102, obtain tyre inflating
Front/rear profile comparison diagram 103, extraction ground connection mark cloud atlas 104, total deflection 105 of each analysis step of extraction, extraction 100%
The deflection and rigidity 106 of analysis step corresponding to load, the total contact area 107 of extraction, drafting stiffness curve 108, drafting ground connection
Pressure distribution curve 109, draw belt cord tension curve 110, draw body cord tension curve 111, obtain belt
Durability data 112, obtain bead durability data 113, obtain shoulder zone stress diagram 114 and obtain bead area stress point
Cloth Figure 115.
2b) based on 4.0 development platforms of .Net Framework to 2a) in the core scripts of 15 functions seal
Dress, according to function it is whether close formed four main programs, four main programs be respectively main1.pyc, main2.pyc,
Main3.pyc and main4.pyc.
Step S3, obtains ODB files：
3a) design different to tyre analysis contrast scheme；
3b) start 1a) in Abaqus softwares and by performing 3a) in different schemes, respectively obtain different schemes in
Corresponding two dimension ODB files and three-dimensional ODB files；
3c) unified form is carried out to two-dimentional ODB files and three-dimensional ODB files to name and preserve；
Step S4, function selection：
4a) according to the needs of comparative analysis from 2a) select in 15 different post-processing functions it is one or more or complete
Choosing；
Step S5, data input：
5a) it is used to input in PPT analysis reports the title for needing to present, model information, imports ODB files, preservation is set
Path and input simulated conditions；Preferably, the 5a) in input header, to presented in PPT analysis reports report name, point
The model model of analysis, numbering, the information of turn in a report date and speaker of PPT reports of generation are inputted, and make its output
Into PPT analysis reports；Input model information, model quantity, model details to analysis contrast input；Import
ODB files, the first amount of projects of input analysis contrast simultaneously select to import 3c according to amount of projects) in correspond under scheme accordingly
Two-dimentional ODB files and three-dimensional ODB files；Storing path is set, the storing path and Abaqus of the PPT analysis reports of generation are set
Operating path；Simulated conditions are inputted, wherein simulated conditions include the blowing pressure, rigidity and durability, ground connection mark load
Several and corresponding load value, input the blowing pressure, rigidity and durability, ground connection mark load number and corresponding load value.
Step S6, function operation：
6a) start Abaqus softwares, for the post-processing function of selection, perform the 2a under corresponding post-processing function respectively)
In four main programs (main1.pyc, main2.pyc, main3.pyc and main4.pyc) in one or more or
All；
6b) one or more files are automatically generated under corresponding each post-processing function, for 6a) in result
(and data message) is stored, and is needed to generate the picture file or EXCEL file of .png forms according to different functions.
Step S7, generation PPT reports：
7a) automatically extract 6b) in result information and generate the PPT analysis reports of the .ppt forms of specification；
7b) to 7a) in PPT analysis reports repair, user can delete the PPT analysis reports automatically formed
Or increase content, form PPT reports.Preferably, user can be again manually to 6b) extract in the file that automatically generates
Data message, to be adjusted to automatically generating PPT analysis reports.
Specifically, to 5) data input parameters and 6), function is postrun based on 4.0 development platforms of .Net Framework
Handling result is packaged.Above first input parameter, mainly calls Abaqus and generation report to utilize Mutli-thread Programming Technology,
Individual threads operation Python scripts are created, main thread is responsible for display interface operation, and multithreading is avoided during operation Python
Interface is reactionless.Shared communication area uses XML file between Python and C#, C# by parameter read-in XML input by user on interface,
Python, which reads XML and gets parms, when calling Abaqus value and runs, and Python processing thread loops read specific identifier, are used for
Judge whether Python implementation procedures terminate.When being identified as true, read Python from XML file and return to C#, reported
Generation.Generation report, using Microsoft Microsoft.Office.Interop.PowerPoint Object Operations ppt, based on specific
Ppt templates, interface result is write in ppt templates one by one, position judgment according to text box order is based primarily upon, i.e., by text or
In picture insertion particular text box.
Wherein 1, shared communication area, that is, XML format rule is formulated, different types of data finds intercommunity between C# and Python,
Changed easy to mutual type；2nd, the PPT analysis reports template of generation can be safeguarded.Because object's position is inserted into based entirely on each unreal
Text box order in lamp piece, once template change occurs, is related to text box quantity and order changes, therefore combines stack to control text
The selection of this frame, improves relevance grade of the program to template.3rd, to the interception of Abaqus generation pictures.The result figure of Abaqus generations
Piece is complete region, is only intercepted in PPT and wherein pays close attention to part, using the dangerous code techniques of C#, passes through the side that critical point calculates
Formula dynamic calculates center picture region and intercepts.
Specifically, 2a) in Python version and 1a) in Abaqus built in Python versions it is corresponding.It is based on
The Abaqus Finite element analysis results of a variety of tire schemes are automatically extracted picture (profile diagram, ground connection mark by Python
Figure, tire shoulder stress envelope etc.), automatically extract data (tyre deflection, the front/rear outer profile size of inflation, belt tension force
Deng), draw curve (stiffness curve, ground contact pressure distribution curve, belt cord tension curve) etc. automatically.
A kind of automatic after-treatment system based on Abaqus, the automatic every post processing result of tire that obtains is (for example, element mesh
Before lattice distribution figure, outer profile size, tyre inflating/thick silhouette contrast figure, ground connection mark figure, stiffness curve, belt cord
Force curve, durability data, tire shoulder stress envelope etc.), and all analysis results are fabricated to PPT finite element analyses automatically
Report.For the tyre analysis of 5 kinds of schemes, week age is at least needed to complete data preparation and PPT analysis reports originally, commonly
The system can be completed within 10 minutes on computer, drastically increase efficiency of research and development.The system is simple and convenient, performs effect
Rate is high, and data accurately and reliably, by CAE engineer free from the work of numerous and diverse repetition, more time and efforts are used
In on research and development new product.The system can not only automatically process the ODB file datas of magnanimity, automatically generate PPT finite element analyses
Report, and all analysis results occurred without in PPT can all be extracted, it is placed in file for user at any time
Check.
The foregoing is only a preferred embodiment of the present invention, is not intended to limit the invention, although with reference to foregoing reality
Apply example the present invention is described in detail, for those skilled in the art, it still can be to foregoing each implementation
Technical solution described in example is modified, or carries out equivalent substitution to which part technical characteristic.All essences in the present invention
With within principle, any modification, equivalent replacement, improvement and so on, should all be included in the protection scope of the present invention god.
Claims (9)
1. a kind of automatic after-treatment system based on Abaqus, it is characterised in that the automatic after-treatment system is to different schemes
The ODB files of middle Abaqus generation carry out post processing automatically and analysis comparing result are automatically generated PPT analysis reports, it is described from
Dynamic after-treatment system includes function module (10), selecting module (20), data input module (30), operation module (40) and report
Generation module (50), wherein：
Function module (10), including for carrying out multiple and different post-processing functions of analysis contrast to ODB files；
Selecting module (20), for the one or more functions of post-processing automatically of selection in function module (10)；
Data input module (30), for inputting in PPT analysis reports the title for needing to present, model information, importing ODB texts
Part, set storing path and input simulated conditions；
Module (40) is run, is preserved for running the automatic post-processing function of selection in selecting module (20), and by generation result
To the file specified；
Report generation module (50), for automatically extracting data in the generation result of the operation module (40) and generating PPT
Analysis report.
A kind of 2. automatic after-treatment system based on Abaqus according to claim 1, it is characterised in that：The function mould
Block (10) includes 15 functions, is respectively output unit grid distribution map (101), extraction OD and SW sizes (102), obtains wheel
Tire inflates front/rear profile comparison diagram (103), extraction ground connection mark cloud atlas (104), total deflection of each analysis step of extraction
(105), the deflection of analysis step corresponding to 100% load and rigidity (106), the total contact area (107) of extraction are extracted, is drawn just
Write music line (108), draw ground contact pressure distribution curve (109), draw belt cord tension curve (110), draw carcass
Line tension curve (111), obtain belt durability data (112), obtain bead durability data (113), obtain shoulder area
Domain stress diagram (114) and acquisition bead area stress envelope (115).
A kind of 3. automatic after-treatment system based on Abaqus according to claim 2, it is characterised in that：The data are defeated
Entering module (30) includes title input (301), model information input (302), ODB files importing (303), storing path setting
(304) and simulated conditions input (305), wherein：
Title inputs (301), for the report name to being presented in PPT analysis reports, the model model of analysis, the PPT generated
The numbering of report, the information of turn in a report date and speaker are inputted；
Model information inputs (302), is inputted for the model quantity to analysis contrast, model details；
ODB files import (303), are initially used for the amount of projects of input analysis contrast and are imported according to amount of projects selection corresponding
Two-dimentional ODB files and three-dimensional ODB files；
Storing path sets (304), for setting the storing path of PPT analysis reports and the operating path of Abaqus of generation；
Simulated conditions input (305), and the simulated conditions include the blowing pressure, rigidity and durability, ground connection mark load number
And corresponding load value, the simulated conditions input module (305) are used for the blowing pressure, rigidity and durability, ground connection mark
Load number and corresponding load value carry out input setting.
A kind of 4. automatic after-treatment system based on Abaqus according to claim 1, it is characterised in that：It is described it is automatic after
Processing system further includes system introduction module (60), background information module (70), scheme and introduces module (80) and comparison in difference mould
Block (90), wherein：
The system introduction module (60), for describing in detail to the automatic after-treatment system, and exports to PPT automatically
In analysis report；
The background information module (70), for carrying out text input to the information before comparative analysis, and exports to PPT points automatically
In analysis report；
Scheme introduces module (80), for carrying out text input to the information in different schemes, and exports to PPT to analyze automatically and reports
In announcement；
Comparison in difference module (90), for being inputted to the parameter in different schemes, and exports to PPT analysis reports automatically
In.
A kind of 5. implementation method of the automatic after-treatment system based on Abaqus, it is characterised in that：Include the following steps：
1) environmental structure：
4.0 development platform of Abaqus softwares and .Net Framework 1a) is installed；
2) function is established：
The core shell script and main program of multiple and different post-processing functions 2a) are included based on Python exploitation；
2b) the core shell script of multiple and different post-processing functions is sealed based on 4.0 development platforms of .Net Framework
Dress forms automatic after-treatment system；
3) ODB files are obtained：
3a) design different contrast schemes；
3b) start 1a) in Abaqus softwares and by performing 3a) in different schemes, obtain respectively corresponding in different schemes
Two-dimentional ODB files and three-dimensional ODB files；
3c) unified form is carried out to two-dimentional ODB files and three-dimensional ODB files to name and preserve；
4) function selects：
4a) according to the needs of comparative analysis from 2a) select in multiple and different post-processing functions it is one or more；
5) data input：
5a) it is used to input in PPT analysis reports the title for needing to present, model information, imports ODB files, storing path is set
And input simulated conditions；
6) function is run：
6a) start Abaqus softwares, perform the 2a under corresponding post-processing function) in main program；
6b) one or more files are automatically generated under corresponding each post-processing function, for 6a) in result deposit
Put, needed to generate the picture file or EXCEL file of .png forms according to different functions.
7) PPT reports are generated：
7a) automatically extract 6b) in result information and generate the PPT analysis reports of the .ppt forms of specification；
7b) to 7a) in PPT analysis reports repair, formed PPT report.
A kind of 6. implementation method of automatic after-treatment system based on Abaqus according to claim 5, it is characterised in that：
The 2a) the core shell script and four main programs for including 15 functions are developed based on Python；It is described
15 functions be respectively output unit grid distribution map (101), extraction OD and SW sizes (102), obtain tyre inflating it is front/rear
Silhouette contrast figure (103), extraction ground connection mark cloud atlas (104), total deflection (105) of each analysis step of extraction, extraction 100%
The deflection and rigidity (106) of analysis step corresponding to load, extract total contact area (107), draw stiffness curve (108), paint
Ground contact pressure distribution curve (109) processed, draw belt cord tension curve (110), draw body cord tension curve
(111), belt durability data (112) is obtained, bead durability data (113) is obtained, obtains shoulder zone stress diagram
(114) and obtain bead area stress envelope (115).
The 2b) based on 4.0 development platforms of .Net Framework to 2a) in the core scripts of 15 functions seal
Dress, according to function it is whether close formed four main programs, four main programs be respectively main1.pyc, main2.pyc,
Main3.pyc and main4.pyc.
A kind of 7. implementation method of automatic after-treatment system based on Abaqus according to claim 6, it is characterised in that：
The 5a) in input header, to presented in PPT analysis reports report name, analysis model model, generation PPT
The numbering of report, the information of turn in a report date and speaker are inputted, and make its output into PPT analysis reports；Input mould
Type information, model quantity, model details to analysis contrast input；ODB files are imported, first input analysis contrast
Amount of projects and selected to import 3c according to amount of projects) in correspond to corresponding two dimension ODB files and three-dimensional ODB under scheme literary
Part；Storing path is set, the storing path of PPT analysis reports and the operating path of Abaqus of generation are set；Input simulation bar
Part, wherein simulated conditions include the blowing pressure, rigidity and durability, ground connection mark load number and corresponding load value, input
The blowing pressure, rigidity and durability, ground connection mark load number and corresponding load value.
A kind of 8. implementation method of automatic after-treatment system based on Abaqus according to claim 7, it is characterised in that：
The postrun handling result of 5) data input parameters and 6) function is sealed based on 4.0 development platforms of .Net Framework
Dress.
A kind of 9. implementation method of automatic after-treatment system based on Abaqus according to claim 8, it is characterised in that：
The version of Python in 2a) and 1a) in Abaqus built in Python versions it is corresponding.
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