OUR SERVICES
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* Stress-strain analyses with aid of the finite element method
* Computational models of bidirectional interaction between flow, structure and acoustics
* Computational fluid dynamics 
* Preparation of hard and soft tissue geometry models from CT/MRI and micro CT images
* Determination of mechanical properties of soft tissues on uniaxial and biaxial testing equipment
* Measurement of tissue orientation, fibrillation and waviness
* DIC & micro DIC measurements
* Optical 3D scanning of large and small objects, photogrammetry & 3D measurement 
* 3D printing

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            <p>Analysis of the trabecular bone, geometry from microCT</p>
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    	<img src="_static/media/slideshow_our-services_1/M06.PNG" width="600" height="371" alt="">
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            <p>Stress-strain analysis of a TEP hip stem and design of a TEP stem with an auxetic structure</p>
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    	<img src="_static/media/slideshow_our-services_1/M07.PNG" width="600" height="371" alt="">
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            <p>Mechanical analysis of auxetic structure</p>
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    	<img src="_static/media/slideshow_our-services_1/M01.PNG" width="600" height="371" alt="">
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            <p>Stress-strain analysis of the hip spacer</p>
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    	<img src="_static/media/slideshow_our-services_1/M02.PNG" width="600" height="371" alt="">
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            <p>Stress-strain analysis of a cementless femoral stem of the hip joint TEP</p>
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    	<img src="_static/media/slideshow_our-services_1/M03.PNG" width="600" height="371" alt="">
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            <p>Stress-strain analysis of the knee joint TEP</p>
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    	<img src="_static/media/slideshow_our-services_1/Nos_res03_GR_Out.png" width="600" height="371" alt="">
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            <p>CFD analysis of nasal airflow</p>
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            <p>Simulation of the human phonation</p>
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    	<img src="_static/media/slideshow_our-services_1/Hlas04_GR.PNG" width="600" height="371" alt="">
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            <p>Mucosal wave travelling on the vocal fold surface</p>
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    	<img src="_static/media/slideshow_our-services_1/Hlava00_GR.png" width="600" height="371" alt="">
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            <p>CT image</p>
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    	<img src="_static/media/slideshow_our-services_1/Hlava01_GR.png" width="600" height="371" alt="">
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            <p>Reconstruction of a human head geometry from MRI</p>
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    	<img src="_static/media/slideshow_our-services_1/Hlava02_GR.PNG" width="600" height="371" alt="">
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            <p>Sound-field around the human head </p>
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    	<img src="_static/media/slideshow_our-services_1/remo_GR.PNG" width="600" height="371" alt="">
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            <p>Remodelation of a bone tissue</p>
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    	<img src="_static/media/slideshow_our-services_1/M04.PNG" width="600" height="371" alt="">
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            <p>Strain analysis of the cranial implant</p>
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    	<img src="_static/media/slideshow_our-services_1/M05.PNG" width="600" height="371" alt="">
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            <p>Stress analysis of a mandibular bone tissue from the dental implant</p>
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    	<img src="_static/media/slideshow_our-services_1/Srdce01_GR.png" width="600" height="371" alt="">
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            <p>Simulation of contraction of the human hearth</p>
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    	<img src="_static/media/slideshow_our-services_1/H1_GR.png" width="600" height="371" alt="">
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            <p>Spatial model of a human carotid bifurcation with a stenosis</p>
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    	<img src="_static/media/slideshow_our-services_1/Tepna01_GR.png" width="600" height="371" alt="">
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            <p>Geometry reconstruction of the human carotide from CT-A images</p>
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    	<img src="_static/media/slideshow_our-services_1/Tepna04_GR.PNG" width="600" height="371" alt="">
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            <p>Fluid flow inside the human carotide with a stenosis</p>
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    	<img src="_static/media/slideshow_our-services_1/Misa_GR.PNG" width="600" height="371" alt="">
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            <p>STL geometry and scanning with the Shining 3D® EinScan Sense optical scanner</p>
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            <p>Combining geometry from CT data and from photogrammetry</p>
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    	<img src="_static/media/slideshow_our-services_1/H5_GR.png" width="600" height="371" alt="">
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            <p>Preparation of a specimen for the uniaxial tension test</p>
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    	<img src="_static/media/slideshow_our-services_1/H2_GR.png" width="600" height="371" alt="">
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            <p>Preparation of specimens for the biaxial tension tests</p>
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    	<img src="_static/media/slideshow_our-services_1/H3_GR.png" width="600" height="371" alt="">
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            <p>Evaluation of orientation of collagen fibres</p>
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    	<img src="_static/media/slideshow_our-services_1/F1_GR.png" width="600" height="371" alt="">
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            <p>An artery wall under a microscope</p>
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            <p>Biaxial tension test</p>
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