The invention relates to a device for determining tensile and compressive stresses in the interior of materials or workpieces by means of sensors (6), e.g. strain gauges, which are arranged in a measuring device (1) to measure linear changes in shape, whereby a) several measuring devices (1) are provided in a measuring plane (7), b) each measuring device (1) consists of several sensors (6) which are provided on one side (outside) with measuring probes (2) for coupling to the material (3) and at its other end (internal) to a pressure device (4a, 4b, 4c)
The invention relates to a device and a process for the measurement of mechanical material parameter...
Apparatus for sensing and/or measuring load distribution applied to a surface, having a platen provi...
DE 19914728 A UPAB: 20000811 NOVELTY - A sensor structure, comprising a cavity of cross-sectional co...
The description refers to a device for the measurement of mechanical forces and dynamic effects prod...
This book is a profound compendium on strain gages and their application in materials science and al...
EP 964252 A UPAB: 20000323 NOVELTY - The deformed substrate (102) is applied to the body to record i...
WO2006024263 A UPAB: 20060410 NOVELTY - At least one piezo fiber sensor (2) and strain gauge (3) are...
The inventive device for measuring forces, in particular radial forces produced on an axis or anothe...
We develop a novel apparatus and a n associated test protocol to measure the tensile response of mat...
A device for the determination of residual stress in a material sample consisting of a sensor coil, ...
This invention provides an internal stress actuated micro- or nano- machine for measuring mechanical...
Dielectric elastomer sensors (DES) offer extended possibilities for the detection of strains and for...
Strain gauges are an important tool in measuring techniques applied to determine loads and detect da...
The proposal relates to a device for applying a shear stress to an object under test, said device co...
WO2003060481 A UPAB: 20030903 NOVELTY - Device comprises a force measurement cell with at least one ...
The invention relates to a device and a process for the measurement of mechanical material parameter...
Apparatus for sensing and/or measuring load distribution applied to a surface, having a platen provi...
DE 19914728 A UPAB: 20000811 NOVELTY - A sensor structure, comprising a cavity of cross-sectional co...
The description refers to a device for the measurement of mechanical forces and dynamic effects prod...
This book is a profound compendium on strain gages and their application in materials science and al...
EP 964252 A UPAB: 20000323 NOVELTY - The deformed substrate (102) is applied to the body to record i...
WO2006024263 A UPAB: 20060410 NOVELTY - At least one piezo fiber sensor (2) and strain gauge (3) are...
The inventive device for measuring forces, in particular radial forces produced on an axis or anothe...
We develop a novel apparatus and a n associated test protocol to measure the tensile response of mat...
A device for the determination of residual stress in a material sample consisting of a sensor coil, ...
This invention provides an internal stress actuated micro- or nano- machine for measuring mechanical...
Dielectric elastomer sensors (DES) offer extended possibilities for the detection of strains and for...
Strain gauges are an important tool in measuring techniques applied to determine loads and detect da...
The proposal relates to a device for applying a shear stress to an object under test, said device co...
WO2003060481 A UPAB: 20030903 NOVELTY - Device comprises a force measurement cell with at least one ...
The invention relates to a device and a process for the measurement of mechanical material parameter...
Apparatus for sensing and/or measuring load distribution applied to a surface, having a platen provi...
DE 19914728 A UPAB: 20000811 NOVELTY - A sensor structure, comprising a cavity of cross-sectional co...