finite element numerical simulations comsol multiphysics Search Results


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On-chip temperature evaluation. ( a ) Cross section considered for temperature measurements and location of the relative positions of the thermocouples used to calibrate the temperature in real time. ( b ) Geometry used for the <t>2D</t> <t>numerical</t> simulations. ( c ) Distribution of temperature at steady state, as obtained for the case T hot = 45 °C and T cold = 40 °C. ( d ) Temperature gradients across the channel length. In the schematic, the red horizontal arrow indicates the direction along which the temperature gradient is evaluated. The two graphs report the gradient of temperature inside the channel in the device with the PDMS membrane (left) and in the dummy device (right). In both cases the gradient is linear, with difference between the two situations being negligible.
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On-chip temperature evaluation. ( a ) Cross section considered for temperature measurements and location of the relative positions of the thermocouples used to calibrate the temperature in real time. ( b ) Geometry used for the <t>2D</t> <t>numerical</t> simulations. ( c ) Distribution of temperature at steady state, as obtained for the case T hot = 45 °C and T cold = 40 °C. ( d ) Temperature gradients across the channel length. In the schematic, the red horizontal arrow indicates the direction along which the temperature gradient is evaluated. The two graphs report the gradient of temperature inside the channel in the device with the PDMS membrane (left) and in the dummy device (right). In both cases the gradient is linear, with difference between the two situations being negligible.
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COMSOL Inc time-dependent three-dimensional finite-element-method (3d-fem) simulations comsol multiphysics
On-chip temperature evaluation. ( a ) Cross section considered for temperature measurements and location of the relative positions of the thermocouples used to calibrate the temperature in real time. ( b ) Geometry used for the <t>2D</t> <t>numerical</t> simulations. ( c ) Distribution of temperature at steady state, as obtained for the case T hot = 45 °C and T cold = 40 °C. ( d ) Temperature gradients across the channel length. In the schematic, the red horizontal arrow indicates the direction along which the temperature gradient is evaluated. The two graphs report the gradient of temperature inside the channel in the device with the PDMS membrane (left) and in the dummy device (right). In both cases the gradient is linear, with difference between the two situations being negligible.
Time Dependent Three Dimensional Finite Element Method (3d Fem) Simulations Comsol Multiphysics, supplied by COMSOL Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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COMSOL Inc dual-element transducer sound field simulation comsol multiphysics version 6.1
On-chip temperature evaluation. ( a ) Cross section considered for temperature measurements and location of the relative positions of the thermocouples used to calibrate the temperature in real time. ( b ) Geometry used for the <t>2D</t> <t>numerical</t> simulations. ( c ) Distribution of temperature at steady state, as obtained for the case T hot = 45 °C and T cold = 40 °C. ( d ) Temperature gradients across the channel length. In the schematic, the red horizontal arrow indicates the direction along which the temperature gradient is evaluated. The two graphs report the gradient of temperature inside the channel in the device with the PDMS membrane (left) and in the dummy device (right). In both cases the gradient is linear, with difference between the two situations being negligible.
Dual Element Transducer Sound Field Simulation Comsol Multiphysics Version 6.1, supplied by COMSOL Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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On-chip temperature evaluation. ( a ) Cross section considered for temperature measurements and location of the relative positions of the thermocouples used to calibrate the temperature in real time. ( b ) Geometry used for the 2D numerical simulations. ( c ) Distribution of temperature at steady state, as obtained for the case T hot = 45 °C and T cold = 40 °C. ( d ) Temperature gradients across the channel length. In the schematic, the red horizontal arrow indicates the direction along which the temperature gradient is evaluated. The two graphs report the gradient of temperature inside the channel in the device with the PDMS membrane (left) and in the dummy device (right). In both cases the gradient is linear, with difference between the two situations being negligible.

Journal: Scientific Reports

Article Title: Facile tuning of the mechanical properties of a biocompatible soft material

doi: 10.1038/s41598-019-43579-8

Figure Lengend Snippet: On-chip temperature evaluation. ( a ) Cross section considered for temperature measurements and location of the relative positions of the thermocouples used to calibrate the temperature in real time. ( b ) Geometry used for the 2D numerical simulations. ( c ) Distribution of temperature at steady state, as obtained for the case T hot = 45 °C and T cold = 40 °C. ( d ) Temperature gradients across the channel length. In the schematic, the red horizontal arrow indicates the direction along which the temperature gradient is evaluated. The two graphs report the gradient of temperature inside the channel in the device with the PDMS membrane (left) and in the dummy device (right). In both cases the gradient is linear, with difference between the two situations being negligible.

Article Snippet: Additionally, we performed 2D numerical simulations (COMSOL Multiphysics 4.4a, Massachusetts, USA) to evaluate the cross-sectional distribution of temperature in the middle plane of the device (Fig. ).

Techniques: Membrane