XML Sitemap

This is a XML Sitemap which is supposed to be processed by search engines which follow the XML Sitemap standard like Ask.com, Bing, Google and Yahoo.
It was generated using the WordPress content management system and the Google Sitemap Generator Plugin by Arne Brachhold.
You can find more information about XML sitemaps on sitemaps.org and Google's list of sitemap programs.

URLPriorityChange frequencyLast modified (GMT)
https://www.matevzdular.com/slider/264/20%Monthly2018-03-20 11:17
https://www.matevzdular.com/slider/vestibulum-sagittis-vestibulum-quam-ultricies-bibendum-arcu-sagittis-vel/20%Monthly2018-03-20 11:17
https://www.matevzdular.com/slider/matevz-dular/20%Monthly2018-04-12 10:07
https://www.matevzdular.com/publications/56-cavitation-erosion-in-liquid-nitrogen/20%Monthly2018-03-16 11:27
https://www.matevzdular.com/publications/55-removal-of-bacteria-legionella-pneumophila-escherichia-coli-and-bacillus-subtilis-by-supercavitation/20%Monthly2018-03-16 11:25
https://www.matevzdular.com/publications/54-image-post-processed-approaches-for-cavitating-flow-in-orifice-plate/20%Monthly2018-03-16 11:24
https://www.matevzdular.com/publications/53-on-the-bubble-surfactant-interaction/20%Monthly2018-03-16 11:23
https://www.matevzdular.com/publications/52-efficient-inactivation-of-ms-2-virus-in-water-by-hydrodynamic-cavitation/20%Monthly2018-03-16 11:22
https://www.matevzdular.com/publications/51-observing-the-thermodynamic-effects-in-cavitating-flow-by-ir-thermography/20%Monthly2018-03-16 11:20
https://www.matevzdular.com/publications/50-non-contact-method-for-analysis-of-cavitating-flows/20%Monthly2018-03-16 11:20
https://www.matevzdular.com/publications/49-influence-of-hydrodynamic-cavitation-on-intensification-of-laundry-aqueous-detergent-solution-preparation/20%Monthly2018-03-16 11:18
https://www.matevzdular.com/publications/48-the-issue-of-cavitation-number-value-in-studies-of-water-treatment-by-hydrodynamic-cavitation/20%Monthly2018-03-16 11:18
https://www.matevzdular.com/publications/47-close-range-air-assisted-precision-spot-spraying-for-robotic-applications-aerodynamics-and-spray-coverage-analysis/20%Monthly2018-03-16 11:17
https://www.matevzdular.com/publications/46-can-rapid-pressure-decrease-induced-by-supercavitation-efficiently-eradicate-legionella-pneumophila-bacteria/20%Monthly2018-03-16 11:15
https://www.matevzdular.com/publications/45-use-of-hydrodynamic-cavitation-in-wastewater-treatment/20%Monthly2018-03-16 11:14
https://www.matevzdular.com/publications/44-hydrodynamic-cavitation-damage-in-water-at-elevated-temperatures/20%Monthly2018-03-16 11:13
https://www.matevzdular.com/publications/43-an-algorithm-for-fast-dns-cavitating-flows-simulations-using-homogeneous-mixture-approach/20%Monthly2018-03-16 11:11
https://www.matevzdular.com/publications/42-experimental-study-of-the-thermodynamic-effect-in-a-cavitating-flow-on-a-simple-venturi-geometry/20%Monthly2018-03-16 11:10
https://www.matevzdular.com/publications/41-new-insights-into-the-mechanisms-of-cavitation-erosion/20%Monthly2018-03-16 11:09
https://www.matevzdular.com/publications/40-cavitation-erosion-of-the-calcium-carbonate-deposits-int-j-microstructure-and-materials-properties/20%Monthly2018-03-16 11:08
https://www.matevzdular.com/publications/39-on-the-mechanisms-of-cavitation-erosion-combining-high-speed-videos-to-damage-patterns-experimental-thermal-and-fluid-science/20%Monthly2018-03-16 11:07
https://www.matevzdular.com/publications/38-combined-numerical-and-experimental-investigation-of-the-cavitation-erosion-process/20%Monthly2018-03-16 11:06
https://www.matevzdular.com/publications/37-a-novel-rotation-generator-of-hydrodynamic-cavitation-for-waste-activated-sludge-disintegration/20%Monthly2018-03-16 11:05
https://www.matevzdular.com/publications/36-modeling-cavitation-in-a-rapidly-changing-pressure-field-application-to-a-small-ultrasonic-horn/20%Monthly2018-03-16 11:04
https://www.matevzdular.com/publications/35-attached-cavitation-at-a-small-diameter-ultrasonic-horn-tip/20%Monthly2018-03-16 11:03
https://www.matevzdular.com/publications/34-shear-induced-hydrodynamic-cavitation-as-a-tool-for-pharmaceutical-micropollutants-removal-from-urban-wastewater-ultrasonics-sonochemistry/20%Monthly2018-03-16 11:02
https://www.matevzdular.com/publications/33-ir-measurements-of-the-thermodynamic-effects-in-cavitating-flow/20%Monthly2018-03-16 11:00
https://www.matevzdular.com/publications/32-thermodynamic-effects-during-growth-and-collapse-of-a-single-cavitation-bubble/20%Monthly2018-03-16 10:59
https://www.matevzdular.com/publications/31-rotation-generator-of-hydrodynamic-cavitation-for-water-treatment-separation-and-purification-technology/20%Monthly2018-03-16 10:58
https://www.matevzdular.com/publications/30-simultaneous-observation-of-cavitation-structures-and-cavitation-erosion/20%Monthly2018-03-16 10:58
https://www.matevzdular.com/publications/29-observations-of-cavitation-erosion-pit-formation-ultrasonics-sonochemistry/20%Monthly2018-03-16 10:56
https://www.matevzdular.com/publications/28-removal-of-pharmaceuticals-from-wastewater-by-biological-processes-hydrodynamic-cavitation-and-uv-treatment/20%Monthly2018-03-16 10:56
https://www.matevzdular.com/publications/27-scale-effect-on-unsteady-cloud-cavitation/20%Monthly2018-03-16 10:55
https://www.matevzdular.com/publications/26-infrared-thermography-of-cavitation-thermal-effects-in-water/20%Monthly2018-03-16 10:54
https://www.matevzdular.com/publications/25-unsteady-cavitation-at-the-tongue-of-the-volute-of-a-centrifugal-pump/20%Monthly2018-03-16 10:52
https://www.matevzdular.com/publications/24-time-dependant-measurements-of-cavitation-damage/20%Monthly2018-03-16 10:52
https://www.matevzdular.com/publications/23-the-issue-of-strouhal-number-definition-in-cavitating-flow/20%Monthly2018-03-16 10:51
https://www.matevzdular.com/publications/22-modification-of-axial-fan-flow-by-trailing-edge-self-induced-blowing/20%Monthly2018-03-16 10:50
https://www.matevzdular.com/publications/21-numerical-simulation-of-a-near-wall-bubble-collapse-in-an-ultrasonic-field/20%Monthly2018-03-16 10:49
https://www.matevzdular.com/publications/20-numerical-modelling-of-cavitation-erosion/20%Monthly2018-03-16 10:48
https://www.matevzdular.com/publications/19-numerical-and-experimental-investigation-of-axial-fan-with-trailing-edge-self-induced-blowing/20%Monthly2018-03-16 10:47
https://www.matevzdular.com/publications/18-characterization-of-incipient-cavitation-in-axial-valve-by-hydrophone-and-visualization/20%Monthly2018-03-16 10:46
https://www.matevzdular.com/publications/17-numerical-investigation-of-flow-in-the-vicinity-of-a-swimming-jellyfish/20%Monthly2018-03-16 10:44
https://www.matevzdular.com/publications/16-pit-clustering-in-cavitation-erosion/20%Monthly2018-03-16 10:43
https://www.matevzdular.com/publications/15-influence-of-blade-deformation-on-integral-characteristic-of-axial-flow-fan/20%Monthly2018-03-16 10:42
https://www.matevzdular.com/publications/14-influence-of-the-velocity-distribution-at-the-inlet-boundary-on-the-cfd-prediction-of-local-velocity-and-pressure-fields-around-a-hydrofoil/20%Monthly2018-03-16 10:40
https://www.matevzdular.com/publications/13-thermovision-and-sports-training/20%Monthly2018-03-16 10:39
https://www.matevzdular.com/publications/12-improvement-of-the-thermodynamic-properties-in-a-natural-draft-cooling-tower/20%Monthly2018-03-16 10:37
https://www.matevzdular.com/publications/11-an-investigation-of-the-relationship-between-acoustic-emission-vibration-noise-and-cavitation-structures-on-a-kaplan-turbine/20%Monthly2018-03-16 10:36
https://www.matevzdular.com/publications/10-investigation-of-re-entant-jet-reflection-at-an-inclined-cavity-closure-line/20%Monthly2018-03-16 10:34
https://www.matevzdular.com/publications/9-influence-of-flow-properties-on-a-structure-of-a-mineral-wool-primary-layer/20%Monthly2018-03-16 10:31
https://www.matevzdular.com/publications/8-development-of-a-cavitation-erosion-model/20%Monthly2018-03-16 10:33
https://www.matevzdular.com/publications/7-numerical-simulation-and-experimental-study-of-non-newtonian-mixing-flow-with-a-free-surface/20%Monthly2018-03-16 10:32
https://www.matevzdular.com/publications/6-the-influence-of-the-gas-content-of-water-and-the-flow-velocity-on-cavitation-erosion-aggressiveness/20%Monthly2018-03-16 10:32
https://www.matevzdular.com/publications/5-transient-simulation-visualization-and-piv-lif-measurements-of-the-cavitation-on-different-hydrofoil-configurations/20%Monthly2018-03-16 10:32
https://www.matevzdular.com/publications/4-experimental-evaluation-of-numerical-simulation-of-cavitating-flow-around-hydrofoil/20%Monthly2018-03-16 10:32
https://www.matevzdular.com/publications/3-relationship-between-cavitation-structures-and-cavitation-damage/20%Monthly2018-03-16 10:32
https://www.matevzdular.com/publications/2-the-influence-of-cavitation-structures-on-the-erosion-of-a-symetrical-hydrofoil-in-a-cavitation-tunnel/20%Monthly2018-03-16 10:31
https://www.matevzdular.com/publications/1-reverse-flow-phenomenon-in-a-rotating-diffuser/20%Monthly2018-03-16 10:31