CAE

Comprehensive Analytic Engineering, Inc.


CAE SETS (Structure Engineering Turnkey System): True #1


There are five categories in accordance with how the dam shapes are formed.
The category 1, which is for a dam that is formed by all STRAIGHT LINES, is shown below:

DAMGRAF1.GIF

Inside the DAM Folder, a subfolder GRAFAID can provide help to facilitate preparing input data. You can use it to prepare other graphic report and paper document too.
For example: Press L to lable graph to produce lettering above.
Repeat pressing L to produce many lines of lettering.

The GRAFAID is adapted from PREPRE_1 to coordinate running the Program as follows:
Press U (UP-LEFT REDUCE) to vacate some screen space for data editing use.
Hold down key "Alt" and press key "Enter" to switch to windows mode.

DAMGRAF2.GIF


Use a premade dam.dat file as a template and double click it to bring up NOTEPAD.

DAMGRAF3.GIF


Adjust and arrange the split screen so that you can see graph and edit data clearly.
Edit data as you want.

DAMGRAF4.GIF

DAMGRAF5.GIF


Save the New file DAM.DAT on finishing.

DAMGRAF6.GIF


Double Click Xpro.bat to run the Program.

DAMGRAF7.GIF


The Run finishes, gives DAM.OUT as output and also an Accounting Record.

DAMGRAF8.GIF



DAM.DAT FILE: INPUT DATA¡¡ SAMPLE RUN NO

                     SAMPLE RUN NO. 1 (311)

 $ 

                  ADVANCED INPUT DATA OPERATION

            S I COMPUTATION WITH BRITISH INPUT NUMERICAL DATA

  Pool Ele. 143.6 ft.  with earthquake load

  Concrete Abutment Stability Analysis Fig. 3.1   (S01.DAT)

  34567890 234567890 234567890 234567890 234567890 234567890 234567890

 END DATA      $ A BLANK LINE IS FINE. USE END DATA FOR CLARITY.

 $ GOOD FOR EITHER UNIT SYSTEM: SI SYSTEM OR BRITISH SYSTEM

 $  CONCRETE                                             WATER VOLUME

 $ UNIT WEIGHT    TAN(PHI)       S             C         UNIT WEIGHT

 $     W                                                      WW

 $ -----------   ---------    -------    -------------  ------------------

  MUL 6  P=4.44822  F=0.3048     $ dedfine MULtiplier variable

  MUL OFF  $ switch off but retain P and F for future use

  ALG 6    $ invoke ALGebraic operation 6 to scan = ** * / + _ six operators

    150.*P/F**3     0.65   20000.*P/F**2   20000.*P/F**2    62.42795642*P/F**3

 $ The input items for the above input line are converted

 $ from LB to NEWTON and FOOT to METER.

 $

 $ BASE WIDTH    TOF WIDTH    

 $    b             t

 $-----------    ----------

    F*31.2         F*8.

 $

 $            UPSTREAM FACE TOP

 $  CATEGORY   VERTICAL HEIGHT

 $    K             hd

 $----------------------------

      1.            F*41.    

 $

 $   TANGENT      TOP DROP       BASE TOE    BASE TOE    

 $ INVERT SLOPE    LENGTH         HEIGHT      RETURN

 $    si            ht              hb          d

 $-------------  ----------   ------------  ----------

      0.6764       F*2.7          F*4.0

 $

 $ SECTION       CUT 1              CUT 2

 $ CUT NO.     ELEVATION          ELEVATION

 $---------    ---------          ---------

      2.          F*4.              F*21.

 $

 $ WATER HEIGHT  EARTHQUAKE LOAD

 $     hw            INDEX

 $-------------  ---------------

    F*40.0              1.

 $

 $   ALPHA     

 $------------

      0.05

 $ 

 $ UPLIFT FORCES AT FOUNDATION BASE

 $

 $ DISTANCE FROM     WATER HEAD

 $   BASE HEEL     

 $-------------      ----------

   F*0.0              F*40.

   F*7.8              F*32.5

   F*15.6             F*25.0

   F*23.4             F*17.5

   F*31.2             F*10.

 ALG OFF $ befor exit switch to properly complete Advanced Input Data Operation.

 END DATA      $ A BLANK LINE IS FINE. USE END DATA FOR CLARITY.


1

1 DAM.OUT FILE: OUTPUT RESULT

                      SAMPLE RUN NO. 1 (311)                                    

                   ADVANCED INPUT DATA OPERATION                                

             S I COMPUTATION WITH BRITISH INPUT NUMERICAL DATA                  

   Pool Ele. 143.6 ft.  with earthquake load                                    

   Concrete Abutment Stability Analysis Fig. 3.1   (S01.DAT)                    

   34567890 234567890 234567890 234567890 234567890 234567890 234567890         

                                                                                 

 

 SECTION BASE     RESULT.   RIGHTNG   OVER-T     F S      TOTAL       UPLIFT 

        LENGTH    TO HEEL   MOMENT    MOMENT    MOMENT   VERT. F.     FORCE  

           M         M       M-KN      M-KN     RM/OM       KN          KN    

 

 SECTION FNDAT.    TOTAL     H & V     F S       HEEL      TOE

         REACT.   HOR. F.    RATIO    SHR-FRI   STRESS    STRESS

          KN        KN        KN                 KNSM      KNSM

 

    1      9.51      6.03  10777.12   7016.83      1.54   1792.16

    1   1081.53    728.85      0.67     13.46     22.02    205.43

+                                                                    710.63

    2      9.51      4.69   9478.38   2159.34      4.39   1518.98

    2   1518.98    590.37      0.39     17.10    166.12    153.33

    3      6.01      2.71   2203.14    317.45      6.94    571.83

    3    571.83    164.45      0.29     37.23    123.30     67.15

 

 SECTION BASE     RESULT.   RIGHTNG   OVER-T     F S      TOTAL       UPLIFT 

        LENGTH    TO HEEL   MOMENT    MOMENT    MOMENT   VERT. F.     FORCE  

           M         M       M-KN      M-KN     RM/OM       KN          KN    

 

 SECTION FNDAT.    TOTAL     H & V     F S       HEEL      TOE

         REACT.   HOR. F.    RATIO    SHR-FRI   STRESS    STRESS

          KN        KN        KN                 KNSM      KNSM

 

    1      9.51      6.62  10777.12   7648.20      1.41   1792.16

    1   1081.53    858.65      0.79     11.42      0.00    249.22

+                                                                    710.63

    2      9.51      5.01   9478.38   2644.41      3.58   1518.98

    2   1518.98    700.63      0.46     14.41    133.94    185.51

    3      6.01      2.89   2203.14    420.78      5.24    571.83

    3    571.83    206.20      0.36     29.69    106.11     84.34


For Categories 2 through 5, they can be done in a similar fashion.


Structure - Programming - Vibration - Foundation - Civil

P.O. Box 1210
18 Greenway Drive
Cromwell, CT 06416
USA

Phone/Fax: 860-635-1212

Email: cae@caesets.com

Email: cae@caesets.net


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This page was last updated on 06/30/99 and Jan. 10, 2004 .