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Full name Familienname, Vorname
Jaroszewicz, Jakub
 

Own Publications Eigene Publikationen

Results 1-20 of 29 (Search time: 0.03 seconds).

PreviewAuthor(s)TitleTypeIssue Date
1Szlazak, Karol ; Vass, Viktoria ; Hasslinger, Patricia ; Jaroszewicz, Jakub ; Dejaco, Alexander ; Idaszek, Joanna ; Scheiner, Stefan ; Hellmich, Christian ; Swieszkowski, Wojciech X-Ray Physics-Based CT-to-Composition Conversion Applied to a Tissue Engineering Scaffold, Enabling Multiscale Simulation of its Elastic BehaviorArtikel Article 2019
2Dejaco, Alexander ; Komlev, Vladimir S. ; Jaroszewicz, Jakub ; Swieszkowski, Wojciech ; Hellmich, Christian Fracture Safety of Double-Porous Hydroxyapatite BiomaterialsArtikel Article 2016
3Dejaco, Alexander ; Komlev, Vladimir S. ; Jaroszewicz, Jakub ; Swieszkowski, Wojciech ; Hellmich, Christian ; Mozafari, Masoud Discussion: Fracture Safety of Double-Porous Hydroxyapatite BiomaterialsArtikel Article 2016
4Szlazak, Karol ; Jaroszewicz, Jakub ; Idaszek, B. ; Ostrowska, B. ; Hellmich, Christian ; Swieszkowski, W. Micro-CT as a Tool for Nanoporosity Investigation of Bone Engineered ScaffoldsKonferenzbeitrag Inproceedings2015
5Dejaco, Alexander ; Hellmich, Christian ; Komlev, Vladimir ; Jaroszewicz, Jakub ; Swieszkowski, W. MicroCT-Based Fracture Risk Assessment in Ceramic Bone Tissue Engineering Constructs: Intravoxel Micromechanics for Large-Scale FE SimulationsKonferenzbeitrag Inproceedings2014
6Dejaco, Alexander ; Komlev, Vladimir S. ; Jaroszewicz, Jakub ; Swieszkowski, Wojciech ; Hellmich, Christian Micro CT-based Multiscale Elasticity of Double-Porous (Pre-cracked) Hydroxyapatite Granules for Regenerative MedicineArtikel Article 5-Apr-2012
7Luczynski, Krzysztof ; Dejaco, Alexander ; Lahayne, Olaf ; Jaroszewicz, Jakub ; Swieszkowski, W. ; Hellmich, Christian MicroCT/Micromechanics-Based Finite Element Models and Quasi-Static Unloading Tests Deliver Consistent Values for Young's Modulus of Rapid-Prototyped Polymer-Ceramic Tissue Engineering ScaffoldArtikel Article2012
8Dejaco, Alexander ; Komlev, Vladimir ; Gurin, A.N. ; Jaroszewicz, Jakub ; Swieszkowski, W. ; Hellmich, Christian Micro CT-Based Multiscale Elasticity of Double-Porous (Pre-Cracked) Hydroxyapatite Granules for Regenerative MedicineKonferenzbeitrag Inproceedings2012
9Luczynski, Krzysztof ; Dejaco, Alexander ; Brynk, T. ; Jaroszewicz, Jakub ; Swieszkowski, W. ; Hellmich, Christian FE Model and Quasi-Static Unloading Tests Deliver Consistent Values of Young's Modulus of Rapid-Prototyped Tissue Engineering Scaffold, Made of PLLA and TCPKonferenzbeitrag Inproceedings2012
10Luczynski, Krzysztof ; Dejaco, Alexander ; Lahayne, Olaf ; Jaroszewicz, Jakub ; Swieszkowski, W. ; Hellmich, Christian Micro-CT/Micromechanics-Based Finite Element Models and Quasi-Static Unloading Tests Deliver Consistent Values for Young's Modulus of Rapid-Prototyped Polymer-Ceramic Tissue Engineering ScaffoldKonferenzbeitrag Inproceedings2012
11Dejaco, Alexander ; Komlev, Vladimir ; Jaroszewicz, Jakub ; Swieszkowski, W. ; Hellmich, Christian Micro CT-Based Multiscale Elasticity of Double-Porous (Pre-Cracked) Hydroxyapatite Granules for Regenerative MedicineArtikel Article 2012
12Dejaco, Alexander ; Komlev, Vladimir ; Gurin, A.N. ; Jaroszewicz, Jakub ; Hellmich, Christian From Micro-CT to Multiscale Mechanics of Double-Porous Hydroxyapatite Granules for Regenerative MedicineKonferenzbeitrag Inproceedings2012
13Luczynski, Krzysztof ; Dejaco, Alexander ; Lahayne, Olaf ; Jaroszewicz, Jakub ; Swieszkowski, W. ; Hellmich, Christian Micro-CT/Micromechanics-Based Finite Element Models and Quasi-Static Unloading Tests Deliver Consistent Values for Young's Modulus of Rapid-Prototyped Polymer-Ceramic Tissue Engineering ScaffoldKonferenzbeitrag Inproceedings2012
14Luczynski, Krzysztof ; Dejaco, Alexander ; Lahayne, Olaf ; Jaroszewicz, Jakub ; Swieszkowski, W. ; Hellmich, Christian MicroCT/Micromechanics-Based Finite Element Models and Quasi-Static Unloading Tests Deliver Consistent Values for Youngs's Modulus of Rapid-Prototyped Polymer-Ceramic Tissue Engineering ScaffoldKonferenzbeitrag Inproceedings2012
15Dejaco, Alexander ; Komlev, Vladimir S. ; Jaroszewicz, Jakub ; Swieszkowski, Wojciech ; Hellmich, Christian CT-Based Multiscale Elasticity of Hydroxyapatite Granules for Regenerative MedicineArtikel Article2012
16Hellmich, Christian ; Fritsch, Andreas ; Dejaco, Alexander ; Luczynski, Krzysztof ; Vuong, Jenny ; Pöll, Martina ; Swieszkowski, W. ; Jaroszewicz, Jakub ; Ostrowska, B. ; Brynk, T. ; Kurzydlowski, K.J. ; Dyson, J. ; Calbucci, V. ; Pasqualini, F. ; Albertini, G. ; Fiori, F. ; Rustichelli, Franco ; Kober, C. ; Kammer, H. ; Komlev, Vladimir ; Gurin, A.N. ; Young, P. ; Hostens, J. ; Bongaers, E. ; Müller, Ch. Peer-Reviewed Publications in Refereed Journals and Contributions to Conference ProceedingsBericht Report2011
17Hellmich, Christian ; Fritsch, Andreas ; Lahayne, Olaf ; Dejaco, Alexander ; Pöll, Martina ; Rustichelli, Franco ; Dyson, J. ; Calbucci, V. ; Albertini, G. ; Kober, C. ; Szwieszkowski, W. ; Jaroszewicz, Jakub ; Brynk, T. ; Young, P. ; Hostens, J. ; Salmon, P. ; Bongaers, E. ; Müller, Ch. ; Volf, A. ; Komlev, Vladimir Midterm Report, including Risk Assessment Reports, Deliverable ReportBericht Report2011
18Luczynski, Krzysztof ; Dejaco, Alexander ; Blanchard, Romane ; Hellmich, Christian ; Dyson, J. ; Pasqualini, F. ; Calbucci, V. ; Kober, C. ; Swieszkowski, W. ; Jaroszewicz, Jakub ; Komlev, Vladimir ; Bongaers, E. ; Salmon, P. ; Pauwels, B. ; Müller, Ch. ; Young, P. Demonstration of Functionality of New SoftwareBericht Report2011
19Jaroszewicz, Jakub ; Swieszkowski, W. ; Komlev, Vladimir ; Hellmich, Christian Mechanical Characterization of Ceramic-Based BiomaterialsBericht Report2011
20Luczynski, Krzysztof ; Hellmich, Christian ; Lahayne, Olaf ; Reihsner, Roland ; Swieszkowski, W. ; Jaroszewicz, Jakub ; Brynk, T. ; Ostrowska, B. Mechanical Characterization of Ceramic-Polymer-Based/Rapid-prototyped Biomaterials, Produced by WUTBericht Report2011