-
Chapter and Conference Paper
Retrieval of New Characteristic Features for Description of Cartilage Tissue Properties Using Blunt Impact Testing Approach
Investigation of joint cartilage properties is of prime importance due to facilitation of its routine diagnostics and artificial tissue engineering. This experiment is based on our previous work in which we ha...
-
Article
Gallium arsenide suspended microheater for MEMS sensor arrays
This work describes the design, simulation, fabrication and characterization of a TiN/Pt microheater prepared on a GaAs micromechanical structure as a prospective device for micro-electro-mechanical system (ME...
-
Chapter and Conference Paper
Study of Surfaces Generated by Abrasive Waterjet Technology
The paper deals with results obtained by means of contactless optical shadow method and by commercial methods, namely by using an optical commercial profilometer MicroProf (FRT) and a contact profilometer HOMM...
-
Chapter
GaAs Cantilever and Bridge Membrane-Like Structures Fully Compatible with AlGaAs/InGaAs/GaAs and InGaP/InGaAs/GaAs Based HFETs
Silicon (Si) based MicroElectroMechanical Systems (MEMS) are now a well understood and widely used in various integrated micromachined microsensors and microactuators. In relation to this, Gallium Arsenide (Ga...
-
Article
Elastoplastic crack analysis by boundary integral method and surface spectrum measurement
The paper describes a hybrid experimental-numerical technique for elastoplastic crack analysis. It consists of the experimental surface spectrum measurement of plastic strains ahead the crack tip and the bound...
-
Chapter and Conference Paper
Application of New Photo-Electric Method to the Measurement of Dynamic Stress Intensity Factor
The dynamic stress intensity factor in a beam specimen containing a stationary edge crack is determined by the new optical method based on optical filtration procedure and electronic recording. The method meas...
-
Article
Stress analysis by combination of holographic interferometry and boundary-integral method
The paper describes a hybrid experimental and numerical method analysis of bodies. It consists of the experimental method of double-aperture speckle interferometry and the boundary-integral method. The interfe...
-
Chapter and Conference Paper
Boundary Element Method and Holographic Interferometry for Three-Dimensional Crack Analysis
The presented numerical — experimental method is based on the BEM with using the displacements obtained by the method of holographic interfero-metry on the external surface of three-dimensional cracked bodies....