Thread / Post | Tags | ||
Title: superelasticity of shape memory alloy ppt Page Link: superelasticity of shape memory alloy ppt - Posted By: Created at: Wednesday 12th of December 2012 08:17:52 PM | |||
I want it for studies in smart material. ..............etc | |||
| |||
Title: SHAPE DETECTION BASED MULTI OBJECT TRACKING full report Page Link: SHAPE DETECTION BASED MULTI OBJECT TRACKING full report - Posted By: seminar topics Created at: Wednesday 31st of March 2010 03:51:53 PM | |||
Presnted By: | |||
| |||
Title: SHAPE MEMORY ALLOYS Page Link: SHAPE MEMORY ALLOYS - Posted By: project uploader Created at: Tuesday 05th of June 2012 04:18:21 PM | |||
SHAPE MEMORY ALLOYS | |||
Title: Pseudoelasticity and Shape Memory in Metal Nanowires Page Link: Pseudoelasticity and Shape Memory in Metal Nanowires - Posted By: Computer Science Clay Created at: Sunday 07th of June 2009 04:11:27 AM | |||
Novel shape memory effect (SME) and pseudoelastic behavior are discovered in single-crystalline Au, Cu, and Ni nanowires with lateral dimensions of 1.5-10 nm. Under tensile loading and unloading, these wires can recover elongations of up to 50%, well beyond the recoverable strains of 5-8% typical for most bulk shape memory alloys (SMAs). Results of atomistic simulations and evidences from experiments show that this phenomenon only exists at the nanometer scale and is associated with a reversible crystallographic lattice reorientation driven byt..............etc | |||
Title: current and future applications of shape memory alloys Page Link: current and future applications of shape memory alloys - Posted By: Created at: Thursday 04th of October 2012 10:45:56 PM | |||
application of shape memory alloys..............etc | |||
Title: Pseudoelasticity and Shape Memory in Metal Nanowires Page Link: Pseudoelasticity and Shape Memory in Metal Nanowires - Posted By: computer science crazy Created at: Wednesday 08th of April 2009 12:02:49 AM | |||
Novel shape memory effect (SME) and pseudoelastic behavior are discovered in single-crystalline Au, Cu, and Ni nanowires with lateral dimensions of 1.5-10 nm. Under tensile loading and unloading, these wires can recover elongations of up to 50%, well beyond the recoverable strains of 5-8% typical for most bulk shape memory alloys (SMAs). Results of atomistic simulations and evidences from experiments show that this phenomenon only exists at the nanometer scale and is associated with a reversible crystallographic lattice reorientation driven byt..............etc | |||
Title: shape memory alloys full report Page Link: shape memory alloys full report - Posted By: project report tiger Created at: Monday 15th of February 2010 12:56:19 PM | seminar shape memory alloys, shape memory alloys seminar report pdf, shape memory alloys full report project, shape memory alloys seminar report, | ||
| |||
Title: Deformation-Assisted Transformations in Nanocrystalline and Amorphous Alloys Page Link: Deformation-Assisted Transformations in Nanocrystalline and Amorphous Alloys - Posted By: Computer Science Clay Created at: Sunday 07th of June 2009 12:21:57 PM | |||
In metallic alloys at room temperature, atomic diffusion is typically very sluggish, and equilibrium or metastable phases do not undergo transformations. However, during plastic deformation, significant atomic mobility is possible. In addition, deformation may lead to mixing, possibly favoring the formation of nonequilibrium phases. In this talk, two examples will be presented, in which the rate of transformation to equilibrium is enhanced by mechanical deformation. In an unstable, nanocrystalline Fe50Cu50 solid solution, ball milling leads to ..............etc | |||
Title: Journal of Alloys and Compound JALCOM - Page Link: Journal of Alloys and Compound JALCOM - - Posted By: seminar projects crazy Created at: Sunday 14th of June 2009 04:43:16 AM | |||
ARTICLE IN PRESS | |||
Title: Strain sensors of shape memory alloys using acoustic emissions Page Link: Strain sensors of shape memory alloys using acoustic emissions - Posted By: Computer Science Clay Created at: Thursday 04th of June 2009 01:52:22 PM | |||
Composites of shape memory alloys (SMA) with a matrix have been widely studied to suppress the propagation of damage. In these studies, the SMA is used as an actuator. A multi-functional SMA as both sensor and actuator is suitable for constructing intelligent material, such as a material with a sensing and suppressing function. The damage of materials is related to the amount of strain. We studied the use of SMA wire parts as sensors to measure the amount of strain for damage estimation. The acoustic emission (AE) signals induced by phase tran..............etc |
Please report us any abuse/complaint to "omegawebs @ gmail.com" |