|
[Sponsors] |
April 3, 2023, 01:33 |
Modelling drop weight test numerically
|
#1 |
Member
Hassan Iftekhar
Join Date: Jan 2015
Posts: 40
Rep Power: 11 |
I require a few tips regarding matching the numerical model of drop weight test with the experimentally obtained data.
I will briefly discuss the drop weight model here. I have modeled a drop weight test on ANSYS workbench. The impact velocity is 2.653 m/s. The impact is happening on a rubber/jute epoxy composite which consists of 2 layers. The upper layer is rubber with modulus of 10 MPa. The lower layer is Jute epoxy composite. The experimental drop weight curve is already obtained. The material properties of jute epoxy composite are obtained using U20MM software. Some of the stress limits of jute composite (Tensile strength, compressive and shear strength) are obtained using literature. The jute epoxy composite and rubber is modeled as a solid plate. The current mesh is coarse. Please note rubber is not modeled using hyperelastic models to avoid complexity. Please see the attached file to see the force vs time curve and the difference in experimental and numerical data. Blue curve is obtained numerically. Can anyone provide a few tips in tuning the material properties/model to match the numerical data with the experimental curve. Last edited by hasanifte; April 3, 2023 at 01:35. Reason: Forgot to attach file |
|
Tags |
ansys workbench, composite, drop impact, impact force |
|
|
Similar Threads | ||||
Thread | Thread Starter | Forum | Replies | Last Post |
Polydispersed phase pressure drop with drop size | Laksh | CFX | 1 | June 8, 2017 19:56 |
OF 1.6 | Ubuntu 9.10 (64bit) | GLIBCXX_3.4.11 not found | piprus | OpenFOAM Installation | 22 | February 25, 2010 14:43 |
Problems in compiling paraview in Suse 10.3 platform | chiven | OpenFOAM Installation | 3 | December 1, 2009 08:21 |
test cases | Maciej Matyka | Main CFD Forum | 3 | November 24, 2004 09:27 |
Turbulence Modelling Test Cases | Adam | Main CFD Forum | 0 | June 21, 2004 10:44 |