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    START The Abaqus 6.14 Rename The Model To The Name of The PROJECT Eg. Crushing CAN Bottle For CATIA MOUSE Tools Option

    Uploaded by

    Dinesh Shivakoti
    This document provides step-by-step instructions for setting up and running a crushing simulation of a can in Abaqus. It includes details on: 1) Importing a CAD model of the can and crusher part as separate surfaces. 2) Creating and assigning materials like steel and aluminum to the parts with appropriate properties. 3) Defining an interaction between the deformable can and discrete rigid crusher body. 4) Applying boundary conditions, contacts, loading, and meshing before submitting the job for calculation. 5) Monitoring the static and dynamic calculations and viewing results.

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    © All Rights Reserved
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    START The Abaqus 6.14 Rename The Model To The Name of The PROJECT Eg. Crushing CAN Bottle For CATIA MOUSE Tools Option

    Uploaded by

    Dinesh Shivakoti
    139 views39 pages
    This document provides step-by-step instructions for setting up and running a crushing simulation of a can in Abaqus. It includes details on: 1) Importing a CAD model of the can and crusher part as separate surfaces. 2) Creating and assigning materials like steel and aluminum to the parts with appropriate properties. 3) Defining an interaction between the deformable can and discrete rigid crusher body. 4) Applying boundary conditions, contacts, loading, and meshing before submitting the job for calculation. 5) Monitoring the static and dynamic calculations and viewing results.

    Original Description:

    learn can crushing in abaqus

    Original Title

    ABAQUS tutorial_DINESH

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    © © All Rights Reserved

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    This document provides step-by-step instructions for setting up and running a crushing simulation of a can in Abaqus. It includes details on: 1) Importing a CAD model of the can and crusher part as separate surfaces. 2) Creating and assigning materials like steel and aluminum to the parts with appropriate properties. 3) Defining an interaction between the deformable can and discrete rigid crusher body. 4) Applying boundary conditions, contacts, loading, and meshing before submitting the job for calculation. 5) Monitoring the static and dynamic calculations and viewing results.

    Copyright:

    © All Rights Reserved
    Download as PPTX, PDF, TXT or read online from Scribd
    Download as pptx, pdf, or txt
    139 views39 pages

    START The Abaqus 6.14 Rename The Model To The Name of The PROJECT Eg. Crushing CAN Bottle For CATIA MOUSE Tools Option

    Uploaded by

    Dinesh Shivakoti
    This document provides step-by-step instructions for setting up and running a crushing simulation of a can in Abaqus. It includes details on: 1) Importing a CAD model of the can and crusher part as separate surfaces. 2) Creating and assigning materials like steel and aluminum to the parts with appropriate properties. 3) Defining an interaction between the deformable can and discrete rigid crusher body. 4) Applying boundary conditions, contacts, loading, and meshing before submitting the job for calculation. 5) Monitoring the static and dynamic calculations and viewing results.

    Copyright:

    © All Rights Reserved
    Download as PPTX, PDF, TXT or read online from Scribd
    Download as pptx, pdf, or txt
    of 39
    At a glance
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    The document outlines the steps for setting up and running a crushing simulation in Abaqus, including preparing CAD models, assigning materials, defining interactions, meshing, submitting jobs, and viewing results.

    The CAD model should be prepared as separate surfaces for each part in CATIA or SOLIDWORKS before importing into Abaqus. Common file types that can be imported include IGES, STEP, and STL files.

    Materials are created in Abaqus and properties like density, elasticity, and plasticity are assigned. A consistent set of units must be used. Sections are then defined and assigned to parts.

    START the Abaqus 6.

    14
    Rename the Model to the name of the PROJECT eg. Crushing CAN
    BOTTLE
    For CATIA MOUSE Tools>Option

    Prepare the CAD model as shown below


    Make CAN and crusher(BROWN) as two surfaces in CATIA or
    SOLIDWORKS

    Import the CAD model as file type .CATPart


    There are many other file types which can be imported into the Abaqus
    like IGES,STEP,STL

    Always import the CAD model in this setting if there are multiple parts in
    same CAD part

    Rename the PARTS for ease and convenient

    Create the material


    Assign necessary Properties to it such as density, elasticity and
    plasticity
    For steel, density=7800Kg/m3 and Elasticity=200Gpa
    Always use consistent Unit in Abaqus as there is no unit system, follow
    next PAGE

    PROPERTIES OF STEEL
    Elasticity=
    200GPa=200*1000(MPa=N/mm2)
    Density=7800Kg/m3=7.8 x 10(-9)
    tn/mm3
    Thickness=0.001m=1mm
    Displacement=0.03m=30mm
    For Plastic Property of STEEL
    Velocity=2m/s=2000mm/s

    Plasticity of STEEL(JOHNSON-COOK METHOD)


    Under Suboptions use rate-dependent

    Properties of ALUMUNIUM
    Young Modulus = 70 GPa and Density= 2700Kg/m3
    Aluminium has about one-third the density and stiffness as STEEL.

    PROPERTIES of various MATERIALS

    Create a Homogeneous section as shell and give the thickness to the shell
    as 0.5mm

    Apply the SECTION to BODY as section


    ASSIGNMENT

    FOR Crusher which is not deformable BODY, apply Inertia(MASS) to the


    center Point(REF POINT)

    Make CAN as DEFORMABLE and CRUSHER as


    DISCRETE BODY

    NOW instantiate the Parts in ASSEMBLY

    Insert a STATIC STEP, Initial step is already there

    EDIT the STEP parameters

    XPLICIT DYNAMICS
    efine the Time Period for example 0.01 sec
    e mass scaling of scale factor = 5

    EDIT Field Output Request if NECESSARY

    CREATE Interaction
    Create Interaction in INITIAL step

    CREATE Global property assignment

    USE the FOLLOWING SETTINGS


    Tnagential behavior set to penalty while Normal is set to
    default

    CREATE Contact pair i.e.. Create constraint

    GIVE color to MASTER AND SLAVE


    Surface

    INSERT BC, FIX for BOTTOM as shown

    Give DISPLACEMENT to the CRUSHER


    Use the consistent Unit e.g. if crusher moves 100 mm in 0.01 sec then
    velocity is 10000mm/sec
    Use smooth step as Amplitude Type

    Make two INSTANCES independent before creating MESH

    ASSIGN size and then create


    MESH

    CREATE JOB and SUBMIT for CALCULATION

    MONITOR the
    CALCULATION(STATIC)

    MONITOR the
    CALCULATION(DYNAMIC)

    VIEWING RESULT
    If calculation is performed assuming rotational periodicity then use ODB
    display option
    Which is inside VIEW toolbar

    VIEWING each frame


    result

    EDITING the LEGEND under VIEW Toolbar

    Viewing deformable CAN only


    Right click the Instance under XXXX.odb and select Remove to hide the
    instance
    Click Add to show the Instance

    TENSILE TEST in ABAQUS

    Viewing Results

    Analytical RIGID vs Discrete RIGID

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