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Thanks Lucas, happy holidays, merry Christmas !

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Project supplies:

QTY = 4 MMF501075 WK-09-060WR-120 STACKED ROSETTE (5/PK)  (total 20 gages)
QTY = 6 MMF323854 EA-09-125AD-120 STRAIN GAGES (5/PK)  (total 30 gages)

QTY = 1 MMF022656  M-BOND 200 ADHESIVE 1 BOTTLE-- 1OZ/28G

QTY = 1 ATS-2 Gage Application Tool Set

QTY = 1 MMF006506  326-DTV 1000' WIRE STD.

QTY = 1 MMF006557  MCA-2 M-PREP CONDITIONER A -- 16-OZ BOTTLE
QTY = 1 MMF012833  MN5A-2 M-PREPNEUTRALIZER 5A -- 16-OZ BOTTLE

QTY = 1 MMF336544  PCT-3M GAGE INSTALLATION TAPE
QTY = 1 MMF335568  PDT-3 DRAFTING TAPE 0.75" X 400"

QTY = 4 MMF006567  CSP-1 COTTON SWABS PACKAGE OF 100
QTY = 4 MMF006568  GSP-1 GAUZE SPONGES PACKAGE OF 200

QTY = 1 MMF006398  CEG-50D TERMINALS 30 STRIPS PER PKG
QTY = 1 MMF006687  M-COAT A KIT POLYURETHANE (4 1-OZ)

Vishay micromeasurements

QTY = 1 ATS-2 Gage Application Tool Set

QTY = 1 MMF006506  326-DTV 1000' WIRE STD.
QTY = 2 MMF336544  PCT-3M GAGE INSTALLATION TAPE
QTY = 2 MMF006557  MCA-2 M-PREP CONDITIONER A -- 16-OZ BOTTLE
QTY = 2 MMF012833  MN5A-2 M-PREPNEUTRALIZER 5A -- 16-OZ BOTTLE
QTY = 2 MMF335568  PDT-3 DRAFTING TAPE 0.75" X 400"
QTY = 8 MMF006567  CSP-1 COTTON SWABS PACKAGE OF 100
QTY = 8 MMF006568  GSP-1 GAUZE SPONGES PACKAGE OF 200
QTY = 1 MMF006398  CEG-50D TERMINALS 30 STRIPS PER PKG
QTY = 1 MMF006687  M-COAT A KIT POLYURETHANE (4 1-OZ)
QTY = 2 MMF006619  361A-20R-25 SOLDER

QTY = 1 MMF006398  CEG-50D TERMINALS 30 STRIPS PER PKG
QTY = 1 MMF330862  EA-06-PRACT-001
QTY = 20 gages MMF335442  CEA-13-120FZ-120   (student gages)
QTY = 20 gages MMF404748  CEA-13-120CZA-120  (student gages)
*QTY = 60 gages ?unknown?  CEA-13-240UZA-120  (student gages)




*If CEA-13-240UZA-120 is not available, then I would like to get:

QTY = 60 gages MMF001655  EA-13-125BB-120  (or another in stock linear pattern)

Depending on the element type, you should be able to set values for surface tractions (shear and normal stresses). 

Thanks--happy studies 

Welcome to the forum--


It sounds to me like you probably have some rigid body motion in your model.  Something is likely taking off in space to infinity due to the applied force.  It would have been held in place in displacement control.

You should be able to check by loading what results you have into a post processor--either ABAQUS CAE itself or something like Hypermesh.

That is all I can think of based on your description.

take care,
MEB

If nothing else, you could probably extract this information through scripting.  :cheers:

Dear all
How do you simulate air cooling and water cooling(quenching) in Abaqus?
(i) How to set up loading/boundary conditions for air cooling and water cooling heat treatment model simulation?
(ii) How to apply loads or boundary conditions? Do we use interface conditions such as heat transfer coefficient(HTC) and surface film condition or predefined field?
Please help me to do this simulation in ABAQUS.

Hi, it is very slow here and pretty much just me for now.  ABAQUS by itself is not good for working on phase changes in materials, so I do not think that you will have anything meaningful from a heat transfer simulation if your goal is to model quenching.

That said, I have a basic video on heat transfer on youtube (that might have brought you here).

take care,
MEB

1070 steel hysteresis loops as used in my dissertation; data from Yanyao Jiang, at UIUC at the time.

I think if your nodes are on the surface, relatively equally spaced and not on a source, then the nodal temps should be fine.

There may be surface averaging options in ABAQUS, but I am not familiar with them. 

I will suggest you read through the theory and examples manuals to see if there is more information.

C:\temp>abaqus licensing

FLEXnet Licensing Utilities:
abq2020 licensing - Copyright (c) 1989-2015 Flexera Software LLC. All Rights Reserved.
usage:  abq2020 licensing lmborrow -status
        abq2020 licensing lmborrow -purge
        abq2020 licensing lmborrow -purge -status
        abq2020 licensing lmborrow -clear
        abq2020 licensing lmborrow {all|vendor} dd-mmm-yyyy:[time]
        abq2020 licensing lmborrow -return [-c licfile] [-d display_name] [-fqdn] [-vendor name] feature
        abq2020 licensing lmdiag [-c licfile] [-n]
        abq2020 licensing lmdown [-c licfile] [-q] [-all] [-vendor name] [-force] [-help]
        abq2020 licensing lmhostid [-ptype (VMW|HPV|PHY|AMZN|LMB|VM)] [-ether|-internet (v4|v6)|-user|-n|
                -string|-display|-hostname|-hostdomain|-vsn|-flexid|-long|
                -utf8|-uuid|-eip|-ami|-iid|-genid]
        abq2020 licensing lminstall [-i infile] [-o outfile]
                [-overfmt {2, 3, 4, 5, 5.1, 6, 7.1, 8}]
                [-odecimal] [-maxlen n]
        abq2020 licensing lmnewlog [-c licfile] vendor new-file [-secondary], or
        abq2020 licensing lmnewlog [-c licfile] feature new-file [-secondary]
        abq2020 licensing lmpath -status
        abq2020 licensing lmpath -override {all | vendor } path
        abq2020 licensing lmpath -add {all | vendor } path
        abq2020 licensing lmremove [-c licfile] feature user host display
        abq2020 licensing lmremove [-c licfile] -h feature host port handle
        abq2020 licensing lmremove [-c licfile] [-tsborrow <client_host>] | [-tsborrowstat]
        abq2020 licensing lmreread [-c licfile] [-vendor name] [-all]
        abq2020 licensing lmswitchr [-c licfile] vendor new-file, or
        abq2020 licensing lmswitchr [-c licfile] feature new-file
        abq2020 licensing lmstat [-c licfile] [lmstat-args]
        abq2020 licensing lmswitch [-c licfile] vendor new-file, or
        abq2020 licensing lmswitch [-c licfile] feature new-file
        abq2020 licensing lmver flexlm_binary
        abq2020 licensing lmvminfo [-long]
        abq2020 licensing -help (prints this message)
        abq2020 licensing utility_name -help  (display detailed usage information)

        abq2020 licensing r (prints maximum license availablity report)
        abq2020 licensing ru (prints current license usage report)
        abq2020 licensing usage [-help] (prints help for license usage history reporting)
        abq2020 licensing usage [usage-args] (prints license usage history report)
        abq2020 licensing v (prints FLEXlm utilities version)
        abq2020 licensing lmtools (starts FLEXlm license administration GUI)

DSLS Licensing Utilities:
        abq2020 licensing dslsstat [-server host:port] [-customer id] (queries a DSLS license server)
        abq2020 licensing reporttool (generates license usage report from a DSLS or Flexnet log file)

make sure that the node set is being written to the ODB
check the name of the set and name of the part

otherwise, I don't know what the issue could be from that information.

Thanks,
MEB

Hi Wahid,

It should be very similar to the nodal temperature writer.  However, the heat flux is probably a vector (represented as a tuple).

MEB

Hi Wahid,

It is pretty quiet around here, and my hopes that there would be a lot of other people that would stop by and contribute have not materialized, so thanks for stopping by.


Yes, you should be able to do this.  In one of my videos I talk about how to edit the replay file (rpy) to do automated processing.  Basically, every button press you make is saved to this file.  You can edit it for new file names that you import into the predefined field.

I am sorry, but I do not recall which video it is, and that is the extent of the help I can offer at this time.

Take care!
MEB