sir,
I am solving some problomes for Stresses around holes for Anisotropic cases. In this connection most of authors have solved the stresses in cartesian co-ordinates only. Can I have any papers which are solved in polar co-ordinates by Stroh formalism for Stresses around holes in Composite laminates.So kindly help me
thanking you
M.Ramesh Babu
Many of us (including myself) have used the nonlinear equations for elastic plates, originally proposed by von Karman (1910). I recently came across a book with some interesting comments about the plate equations, which may be of interest to share with others on imechanica. The book's title is "Plates and Junctions in Elastic Multi-Structures", authored by Philippe G. Ciarlet and published by Springer-Verlag in 1990.
Dear all
I am looking for a postdoctoral postion/research fellow in materials science and engineering. My background and skills in lab techniques will prove to be an effective match for your qualification.
I have a master' degree in materials science and engineering and will get my PhD degree of materials science and engineering at the end of 2010' spring. I have been focused on the field of TiAl-based alloy, with particular attention on smeling and casting, phase transformation, numerical simulation of flow field using ANSYS for four years.
hi all,
I am a mechanical engineer currently pursuing Master degree (Post graduation). Ultimately i also want to pursue a research leading to PhD after my master's. Its my burning desire to do some significant research in the field of Fatigue analysis using Fracture mechanics approach preferably for aerospace domain using advanced CAE softwares like Nasgrow, Afgrow, Abaqus, FE-safe, MSC Fatigue, etc,..
Forthcoming papers of International Journal of Applied Mechanics (IJAM) Vol.1 No.4
1. “Strain Deconcentration In Thin Films Patterned With Circular Holes”, Matthew B. Tucker and Teng Li, (University of Maryland, USA).
2. “Thermal-Elastic Behaviors Of Staggered Composites”, Fan Yang , Dai-Ning Fang and Bin Liu (Tsinghua University, China).
I'm looking for a new vibration exciter which exciting frequency can reach 300hz .I'll use it to load the cantilever beam specimen , compare the fatigue life of the specimen under different loading frequency. the electric exciter can not generate the same amplitude under difference exciting frequency.
who can tell me that how can I found or design a mechine to finish the expriment.thank you
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