Blog posts
Tensile Strenght vs Tensile Stress (of welded specimen)
Helo everyone,
I did the UTM Tensile testing for my standard specimen and got the stress strain table.
As a result i got the Tensile Strength (in Mpa).
In abaqus i modeled the standard specimen and created the weld like model.
The plastic material properties (material properties of my Electrode E7018) is given to the weld geometry and
UTM results for the standard specimen, and got the same result for the UTM tested with welded specimen.
the rotational degree of freedom of the reference nodes is not restrained.
i am trying to simulate sheet metal bending.
die and punch were given as analytically ridid body.
the following error occured ,
kindly clarify me regarding this.
Abaqus/Explicit 6.10-1 DATE 21-Apr-2015 TIME 11:33:14
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How can we define "Bending Stiffness" in ABAQUS software
Hi guys,
I'm trying to simulate trsmition lines with and without dampers.
Who knows how can I define "Bending Stiffness" for a cable or beam?
thanks in advance
ACM2015 : International Conference on Advances in Applied and Computational Mechanics ,5-7 August 2015, Izmir/Turkey
We are proud to announce International Conference on Advances in Applied and Computational Mechanics, which is organized in the honor of 70th birthday of Prof.J.N.Reddy. This is a tribute for his many and lasting contribution to education and research in applied mechanics.
Conference will be held at WYNDHAM GRAND Hotel, Inciralti Izmir/Turkey during August 5-7, 2015.
Postdoc/PhD Position available in Spring 2016
We are currently accepting candidates for 2 Ph.D. and 1 Postdoc positions in the Mechanical Engineering Department at the State University of New York, Stony Brook, working on the smart materials with application to energy harvesting, sensing and control.
Individuals with very good knowledge in the following area(s) are invited to respond.
o Vibration-based Energy Harvesting and Optimal Power Conditioning Circuit
A cable bending stick-slip analytical model
Single strand cable bending, stick-slip, analytical models require that a choice be made between two contact modes between adjacent wires: either radial (between layers) or lateral (between same layer wires). In most recent models (e.g. Papailiou’s) radial contact is selected. A “lateral contact” model has been presented by Panetti in 1944 and can be found in the proceedings of the Turin Royal Academy of Science. A translated version from Italian is proposed in the attached file.
