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1. Ww bede co The PLCoreMan module USER MANUAL PLPAK version 1 02 STRUCTURAL ANALYSIS SOFTWARE USING THE BOUNDARY ELEMENTS METHOD Copyright O 2000 2011 http www be4e com E mail support be4e com Table of Contents TING A ME TE o o m omm 3 e 4 PEC ore Mian Oper ali 5 PECON E D Dal OSO IN rr 5 6 BEC Oe 7 Mc E 7 7 ECI MITT 7 8 IIIA 8 eee eee E 12 12 The R n sasaka aaa nana aan anan ninda cere ea 13 as PG We Wy m 13 Bun aeo iode roD Ee ace es tau eium Ms iip dn pM adm 13 OLD Ed M Bro mc 13 an og qu 14 TTC ah 14 NN NN o o o E E S E E E 15 ls ings 15 MB ee oer 15 lif I PING PL er 16 TIN DO
2. cells data section Could be equal to 0 to cancel printing or 1 to print data in the output file A flag to print internal support data section Could be equal to 0 to cancel 10 printing or 1 to print data in the output file A flag to print output results for the solution of equations procedure Could be 11 1 equal to 0 to cancel printing or 1 to print data in the output file A flag to print generalized boundary nodal displacements section Could be 12 1 equal to 0 to cancel printing or 1 to print data in the output file A flag to print generalized boundary nodal tractions section Could be equal to 13 1 1 0 to cancel printing or 1 to print data in the output file A flag to print generalized displacements at internal support section Could be 14 1 equal to 0 to cancel printing or 1 to print data in the output file A flag to print generalized forces at internal support section Could be equal 15 1 to 0 to cancel printing or 1 to print data in the output file A flag to print number of updated internal cells after solution Could be equal 16 1 to 0 to cancel printing or 1 to print data in the output file A flag responsible for boundary element reactions 0 boundary element reactions will be computed but will not be printed 17 1 2 1 boundary element reactions will be computed and printed and 2 boundar
3. database or retrieval system without the prior explicit written permission of the BE4E com Further information and copies of this documentation may be obtained from Phone 732 325 2616 Skype youssef f rashed technical director Dr Youssef F Rashed e mail info bede com for general questions e mail support 2be4e com for technical support questions web www be4e com 4 PLPAK V1 02 User Manual PLCoreMan PLCoreMan operation diagram The figure below shows the operation diagram for the PLCoreMan module Input b PL Results Modeller Other Programs PL Results wd od we JA Loadcasel ow j Srun jloadcasel LoadCasel in PL EXE Core 7 _ loadcasel LoadCasel r PLViewer PTU pdater PLCoreMan Philosophy The PLCoreMan component of the PLPAK is the one responsible for solving the numerical model The PLCoreMan contains the PL exe Command Line Solver as well as several programs which are required to complete the boundary element solution 5 PLPAK V1 02 User Manual PLCoreMan PLCoreMan Workspace area amp hcoeMam Ea View Run Help Command line area 6 PLPAK V1 02 User Manual PLCoreMan PLCoreMan menus The File menu File Open LC file This command is used to open file that was previously saved from PLGen model Ru
4. inside it This is to avoid any numerical error 1 if 1 TURN OFF WARRNINGS START FROM WARRNING 320 if flag no 26 1 then it compares the area of the divided cells to the original one if such ratio is less than 1 n it ignores the contribution of this cell if flag no 27 1 then it compares area of the divided cells to the original one if such ratio is less than 1 n it ignores the contribution of this cell 0 TO 3 Adaptive scheme for internal stresses resultant calculations 0 TO3 recommended 3 0OR 1 0 OR 1 0 PL EXE continue solution amp 1 PL EXE stop after generating matrices I no yes print matrix in SHMATS file I no yes print matrix in the SGMATS File 0 TO2 2 no yes A SMALL yes A BIG print the relevant matrix in SAMATS File 1 no yes print the 1b matrix in 1BMATS file 1 no yes print the 2 matrix in 2MATS file no yes print the 3 matrix in 3MATS File 0 1 2 3 5 6 8 no yes print the 13 matrix in 13MATS File 001 102 105 106 108 HO 3 3 3 4 9 10 10 10 10 10 10 10 10 10 10 110 no yes print the 2b matrix in 2BMATS File no yes print the 23b matrix in 223BMATS File 1 no yes print the 23bd matrix in 23BDMATS file no yes print the 3b matrix in 33BMATS File no
5. yes print the Gcb matrix in GCBMATS File 0 EN 0 0ORI no yes print the 1 matrix in 2 MATS File o0 o0 2022 0 L O o0 o0 ME o0 NK NN o0 o0 Lo o0 o0 o0 11 PLPAK V1 02 User Manual PLCoreMan File Exit This command 15 used to close the PLCoreMan window PLCoreMan View Run Help Open LC file Re load LC file IN to LC tool IN2LC PL controls SPLCTRLS The View menu The commands in this menu are used to view different text files that are used by the model Each file has a certain model data File properties are summarized in the following tables Input files definitions The model input file The run file that contains a flag to specify the mode of solutions IRUN flag and the paths of all other files Sum Contains the path to the run file to direct the solver to the run problem PLctrl m some flags that can control the output of the PL core Output files definitions 12 PLPAK V1 02 User Manual PLCoreMan Tracing files definitions A file that stores integers corresponding to stages of solution log A log files that stores the solution history The Run menu The commands in this menu are used to run different components of the PLPAK Run PLView This command is used to run the PLView module the component of the PLPAK which has the boundary element model PLCoreMan File View Run Help PLView BE mesh edito
6. U ssa dn a 16 Gang mio MARANG ANAN NB ART TAG NK KANG TAA KEN KATE RN KG E 17 2 PLPAK V1 02 User Manual PLCoreMan Disclaimer Considerable time effort and expense have gone into the development and documentation of the PLPAK software The PLPAK software has been thoroughly tested and used The PLPAK software should be used by engineers with good understanding of concrete behavior pre stressing and structural mechanics The user accepts and understands that no warranty is expressed or implied by the developers or the distributors on the accuracy or the reliability of the PLPAK software The user must explicitly understand the assumptions of the PLPAK software and must independently verify the results produced by the PLPAK software 3 PLPAK V1 02 User Manual PLCoreMan Copyright Copyright BE4E com 2000 2011 rights reserved The PLPAK PLGen PLView PL CoreMan PLPost PTPAK M PL PL EXE are registered trademarks of BEAE com The computer program PLPAK and all associated documentation are proprietary and copyrighted products Worldwide rights of ownership rest with BE4E com Unlicensed use of these programs or reproduction of documentation in any form without prior written authorization from BE4E com is explicitly prohibited No part of this publication may be reproduced or distributed in any form or by any means or stored in a
7. al PLCoreMan Help IRegister PLPAK This button runs the registry dialogue box This box can be used to check the type of license and get the core number which 15 required to license the program Help Show details This is the space that shows the PL Licence type This is the space Use this button that shows the DI to close the box Help About Shows the about dialogue box for the PLPAK File View Run Help Show details Register PLPAK 16 PLPAK V1 02 User Manual PLCoreMan Click This button to show the type of licence in the box on the left Click This button to show the core number in the box on the left Getting Help The BEAE com customer support team 15 always welcoming problems and suggestions of registered customers Just send an e mail including your questions or your model together with your questions to support bede com Also check our site news at www be4e com regularly for Problems and Solutions section and Frequently Asked Questions section 17 PLPAK V1 02 User Manual PLCoreMan
8. line to solve for the internal points thus providing real solution rather than interpolation This process increases the accuracy of the produced results 2 Defining internal points to be solved from the PLGen Run PLPost This command is used to run PLPost which is the post processor and result viewer component of the PLPAK E PLCoreMan File View Help PLView BE mesh editor tool PT cable calculator PTUpdate Post Tensioning tool PL EXE command line solver PLPost post processing tool The PLPost allows the user to view structural analysis results in different ways under the effect of single load cases or load combinations which are defined from the PLPost 1 Plotting contours either on the whole system or at local points if high accuracy contours are required 2 Drawing strips 14 PLPAK V1 02 User Manual PLCoreMan 3 Viewing paths Strip data that can be imported from text files 4 Reactions at columns beams and walls 5 Straining actions in beams Please note that PLPost allows the user to read structural analysis results in any direction in addition it has the ability to calculate design moment using Wood and Armor equation The Help menu Help Help Opens the Help file of the PLCoreMan Show details Register PLPAK About Help lShow Details This button is used to show or hide run details Help Show details Register PLPAK About 15 PLPAK V1 02 User Manu
9. located inside it displacement calc ee SS use cell division 4 sub cells when the internal point is located inside it 0 use only one cell even if the internal point is located inside it stress SOR resultant calc use cell division 4 sub cells when the internal point is located inside it 0 do not adjust Qabove for the internal points use value from input file I 25 4 1 adjust value of Qabove for internal points according to the bounded cell In this case the flag 27 has to be one to allow the cell division NOTE this also applied to circular cells and in this case only flag 28 to be one is enough to make this work i e in case of circular cells flag 27 is ignored in the adjustment of Qabove 0 will not print the updated Qabove statement in the Log file recall flag 28 I 1 will print the internal cells update statement for Qabove O Na 10 PLPAK V1 02 User Manual PLCoreMan If 1 series of numbers 15 01 15 02 15 03 15 04 15 05 will be printed in CSTT file when computing internal point displacements to indicate finished percentage if 1 series of numbers 15 1 15 2 15 3 15 4 15 5 will be printed in the CSTT file when computing the internal point stress resultants to indicate the finished percentage if 1 the internal collocation point will be moved to the center of the circular 1 Mp MP END AP cell if it is
10. n Help ouo Re load file CIN to tool IN2LC PL controls SPLCTRLS Exit File Reload LC This command is used to reload file that was previously saved from PLGen model Run LC file IN to LC tool IM2LC PL controls SPLCTRLS Help Exit 7 PLPAK V1 02 User Manual PLCoreMan File INZLC tool This command is used to convert input files written by advanced users to Load case files similar to that produced by PLGen This command will produce a dialogue box which is used to input the input file IN name of loadcase LC required name of load case and name of beam data file b This dialogue box can then be used to generate file Run LC file Re load LC file IM to tool IH2LC PL controls SPLCTRLS Exit Use this box to edit the IN file Use this box to Use this button edit the load nne 2 Tor EN ate Use this button Use this box to tedememdE o to edit the name edit the B file path of LC file Nomecfthe me x AE Use this button Load the LC file when finish to browse for B file Checking this box will cause Use this button to the LC file when operation Use this button to cancel and close finishes generate LC file the window File PL Controls This command is used to define certain advanced p
11. r tool PT cable calculator PTUpdate Post Tensioning tool PL EXE command line solver PLPost post processing tool Run PT Cable Calculator This command 15 used to run the PT Cable Calculator f PLCoreMan Hi ew PLView BE mesh editor tool PT cable calculator PTUpdate Post Tensioning tool PL EXE command line solver PLPost post processing tool Run PT Update This command is used to run the PT Update File View PLView BE mesh editor tool PT cable calculator PTUpdate Post Tensioning tool PL EXE command line solver PLPost post processing tool 13 PLPAK V1 02 User Manual PLCoreMan Run IPL EXE This command 15 used to run PL Exe which 15 the main solver of the whole model f PLCoreMan File View PLView BE mesh editor tool PT cable calculator PTUpdate Post Tensioning tool PL EXE command line solver PLP ost post processing tool As previously stated the PLPak creates structural analysis solutions using BE model and the Reisner Plate Equation The main solver is the PL exe command line which is retrieved from the PLCoreMan the PL exe creates solutions for the boundaries and supports only In order to find solutions for any other internal points two methods are available 1 Using the PLPost the post processing component of the PLPAK to solve for internal points The PLPost actually calls the PL exe command
12. roperties of the numerical model This command will produce a dialogue box which has controls for PL exe command solver PL Controls Manager SPLCTRLS ka EE FL Control value Open LC file Description Re load LC file IN to LC tool IN2LC PL controls SPLCTRLS Exit 8 PLPAK V1 02 User Man A flag to print titles section in the output file Could be equal to 0 to cancel 1 printing or 1 to print data in the output file A flag to print basic data section Could be equal to 0 to cancel printing or 1 2 1 to print data in output file p p A flag to print extreme point data section Could be equal to 0 to cancel 3 printing or 1 to print data in the output file A flag to print nodal data section Could be equal to 0 to cancel printing or 1 4 1 to print data in output file p p A flag to print boundary element data section Could be equal to 0 to cancel 5 printing or 1 to print data in the output file A flag to print boundary element connectivity section Could be equal to O to 1 cancel printing or 1 to print data in the output file A flag to print boundary conditions section Could be equal to 0 to cancel I printing or 1 to print data in the output file EARN A flag to print internal point data section Could be equal to O to cancel printing or 1 to print data in the output file A flag to print internal
13. y element reactions will not computed 9 PLPAK V1 02 User Manual PLCoreMan A flag responsible for boundary element stress resultants 0 boundary element stress resultants will be computed but will not be printed ue 1 boundary element stress resultants will be computed and printed and 2 boundary element stress resultants will not computed A flag responsible for generalized displacements at internal points 0 TO2 0 generalized displacements at internal points will be computed but will not be printed 1 generalized displacements at internal points will be computed and printed and 2 generalized displacements at internal points will not computed A flag responsible for stress resultants at internal points 0 stress resultants at internal points will be computed but will not be printed 0 TO2 1 stress resultants at internal points will be computed and printed and 2 stress resultants at internal points will not computed PL version PL release Bg 0 use the Gauss point number in the in when calculating the internal point values or 23 1 use the prescribed Gauss point numbers in 24 amp 25 when computing the internal values of displacements and stress resultants Gauss point number for computing internal point displacements recall flag no gt Gauss point number for computing internal point stress resultants recall flag n 23 0 use only one cell even if internal point 15

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