RTU Research Outputs and Resources: Reasearch Staff

Information about Author

Name, Surname:

Ivars Knēts

Scientific Degree:

Habilitētais doktors

E-mail:

Ivars.Knets(at)rtu.lv

Publications

44 items found, displaying 21 to 30.

3-D Polymer Structure Acrylic Bone Cement Modified with Chitin and Chitosan
(2008)

Agnese Stunda-Zujeva, Valentīna Krilova, Ivars Knēts, Līga Bērziņa-Cimdiņa, Viktors Filipenkovs, Visvaldis Vītiņš
Conference paper

Development of Potential Bone Cements
(2008)

Valentīna Krilova, Visvaldis Vītiņš, Ivars Knēts, Līga Bērziņa-Cimdiņa
Conference paper

Stress-Strain State of System „Bone-Implant” Analysed by FEM and It’s Comparison with Experimental Results
(2008)

Viktors Filipenkovs, Ivars Knēts, Jānis Laizāns, Lauris Rupeks, Visvaldis Vītiņš
Conference paper

Dependence of Some Mechanical Properties of Cortical Bovine Bone on Strain Rate
(2008)

Viktors Filipenkovs, Ivars Knēts, Jānis Laizāns, Lauris Rupeks, Visvaldis Vītiņš
Full-text conference paper published in other conference proceedings

Biocompatibility and Bond Strength between Bone Tissue and Artificial Biomaterials
(2008)

Viktors Filipenkovs, Ivars Knēts, Visvaldis Vītiņš
Conference paper

Bond Strength of Biomaterials with Bone Tissue; Stress-Strain State of the Bone Implant System
(2008)

Viktors Filipenkovs, Ivars Knēts, Jānis Laizāns
Scientific article indexed in ERIH database, in INT1 or INT2 category journals

Cross-linked Acrylic Bone Cement with Biodegradable Additives
(2008)

Visvaldis Vītiņš, Ivars Knēts, Valentīna Krilova, Līga Bērziņa-Cimdiņa
Publications in RTU scientific journal

Stiffness and Strength of Composite Acrylic Bone Cements
(2007)

Ivars Knēts, Valentīna Krilova, Rūdolfs Cimdiņš, Līga Bērziņa, Visvaldis Vītiņš
Scientific article indexed in ERIH database, in INT1 or INT2 category journals

Bond Strength of Implant to the Bone Tissue and the Stress-Strain State of "Bone-Implant" System by the Finite Element Method
(2006)

Viktors Filipenkovs, Jānis Laizāns, Ivars Knēts
Scientific article indexed in SCOPUS or WOS database

Flexural Properties of Acrylic Bone Cements
(2006)

Ivars Knēts, Valentīna Krilova, Rūdolfs Cimdiņš, Līga Bērziņa, Visvaldis Vītiņš
Publication (anonimusly reviewed) in a journal with an international editorial board indexed in other databases

Supervised Dissertations

2 items found, displaying 1 to 2.

Closed Kinematic Chain Analysis in Athletes' Start Performance at a Sliding Track
(2012)

Veronika Fedotova
Doctoral Thesis

The Experimental Investigation and Modelling of the Viscoelastic Properties of Mandible Bone Tissue
(2010)

Zoja Veide
Doctoral Thesis

Projects

5 items found, displaying 1 to 5.

Atbalsts RTU doktora studiju īstenošanai
Citi

Lauris Bisenieks

Avenantramīdu koncentrātu inovatīvu ieguves tehnoloģiju ieviešana bioloģiski aktīvu produktu ražošanā
RTU pētniecības

Māra Jure

Biomehānikas zinātniskās pētniecības lab. (34-14352-N7049.7)
Citi

Visvaldis Vītiņš

Biomehānikas zinātniskās pētniecības laboratorija (34-14507-N7049.7)

Visvaldis Vītiņš

Uz deproteinizētu spongiozo kaulaudu bāzes veidotu jauna implantmateriāla tehnoloģijas izstrāde un tā biomehāniskās saderības pamatojums ar bioloģiskajiem audiem.
Materiālu tehnoloģija

Ivars Knēts

Information about Author

Publications

3-D Polymer Structure Acrylic Bone Cement Modified with Chitin and Chitosan (2008)

Development of Potential Bone Cements (2008)

Stress-Strain State of System „Bone-Implant” Analysed by FEM and It’s Comparison with Experimental Results (2008)

Dependence of Some Mechanical Properties of Cortical Bovine Bone on Strain Rate (2008)

Biocompatibility and Bond Strength between Bone Tissue and Artificial Biomaterials (2008)

Bond Strength of Biomaterials with Bone Tissue; Stress-Strain State of the Bone Implant System (2008)

Cross-linked Acrylic Bone Cement with Biodegradable Additives (2008)

Stiffness and Strength of Composite Acrylic Bone Cements (2007)

Bond Strength of Implant to the Bone Tissue and the Stress-Strain State of "Bone-Implant" System by the Finite Element Method (2006)

Flexural Properties of Acrylic Bone Cements (2006)

Supervised Dissertations

Closed Kinematic Chain Analysis in Athletes' Start Performance at a Sliding Track (2012)

The Experimental Investigation and Modelling of the Viscoelastic Properties of Mandible Bone Tissue (2010)

Projects

Atbalsts RTU doktora studiju īstenošanai Citi

Avenantramīdu koncentrātu inovatīvu ieguves tehnoloģiju ieviešana bioloģiski aktīvu produktu ražošanā RTU pētniecības

Biomehānikas zinātniskās pētniecības lab. (34-14352-N7049.7) Citi

Biomehānikas zinātniskās pētniecības laboratorija (34-14507-N7049.7)

Uz deproteinizētu spongiozo kaulaudu bāzes veidotu jauna implantmateriāla tehnoloģijas izstrāde un tā biomehāniskās saderības pamatojums ar bioloģiskajiem audiem. Materiālu tehnoloģija

3-D Polymer Structure Acrylic Bone Cement Modified with Chitin and Chitosan
(2008)

Development of Potential Bone Cements
(2008)

Stress-Strain State of System „Bone-Implant” Analysed by FEM and It’s Comparison with Experimental Results
(2008)

Dependence of Some Mechanical Properties of Cortical Bovine Bone on Strain Rate
(2008)

Biocompatibility and Bond Strength between Bone Tissue and Artificial Biomaterials
(2008)

Bond Strength of Biomaterials with Bone Tissue; Stress-Strain State of the Bone Implant System
(2008)

Cross-linked Acrylic Bone Cement with Biodegradable Additives
(2008)

Stiffness and Strength of Composite Acrylic Bone Cements
(2007)

Bond Strength of Implant to the Bone Tissue and the Stress-Strain State of "Bone-Implant" System by the Finite Element Method
(2006)

Flexural Properties of Acrylic Bone Cements
(2006)

Closed Kinematic Chain Analysis in Athletes' Start Performance at a Sliding Track
(2012)

The Experimental Investigation and Modelling of the Viscoelastic Properties of Mandible Bone Tissue
(2010)

Atbalsts RTU doktora studiju īstenošanai
Citi

Avenantramīdu koncentrātu inovatīvu ieguves tehnoloģiju ieviešana bioloģiski aktīvu produktu ražošanā
RTU pētniecības

Biomehānikas zinātniskās pētniecības lab. (34-14352-N7049.7)
Citi

Uz deproteinizētu spongiozo kaulaudu bāzes veidotu jauna implantmateriāla tehnoloģijas izstrāde un tā biomehāniskās saderības pamatojums ar bioloģiskajiem audiem.
Materiālu tehnoloģija