Wyniki wyszukiwania - BazTech

1

Direct Comparison of Analogue and Digital FGPA-Based Approaches to Synchronous Detection

Teren O., Tomlain J., Sedlacek R.

Metrology and Measurement Systems

|

2018

|

Vol. 25, nr 1

57--69

EN

This paper deals with a comparison between digital and analogue implementation of a synchronous detection algorithm. The commonly used implementation methods of synchronous detection are presented in the paper. The paper describes FPGA-based digital and analogue hardware approaches, focusing on the digital design. The characteristics of used analogue-to-digital converters are measured. Both proposed approaches are directly compared in terms of sensitivity and long-term stability. The achieved results, along with identified limitations and proposed improvements are widely discussed.

2

The evaluation of adhesion between electrospun collagen layers and different titanium substrates

Sedlacek R., Suchy T., Supova M., Sucharda Z., Kuzma J., Horny L.

Engineering of Biomaterials

|

2016

|

Vol. 19, no. 138 spec. iss.

16

3

Sterilization decomposition evaluation of composite materials based on carbon fibers for use in medicine

Sedlacek R., Suchy T., Balik K., Sochor M., Sucharda Z.

Engineering of Biomaterials

|

2011

|

Vol. 14, no. 109-111 spec. iss.

9--10

4

Hydrolytic decomposition in a polyamide/PDMS composite for orthopaedic usage

Sochor M., Balik K., Sucharda Z., Suchy T., Sedlacek R.

Engineering of Biomaterials

|

2011

|

Vol. 14, no. 103

2--3

5

Elastic modulus determination on osteoporotic rat bones by the three-point bending test and nanoindentation

Vondrova J., Lukes J., Sedlacek R., Ruzicka P.

Engineering of Biomaterials

|

2009

|

Vol. 12, no. 89-91

6--8

6

Bioinspired nanocomposite structures for bone tissue regeneration based on collagen, gelatin, polyamide and hydroxyapatite

Suchy T., Balik K., Supova M., Hruskova D., Sucharda Z., Cerny M., Sedlacek R.

Engineering of Biomaterials

|

2009

|

Vol. 12, no. 89-91

13--15

7

The evaluation of the influence of head implant surface roughness on the wear of UHMWPE cup

Sedlacek R., Tuzarova Z.

Engineering of Biomaterials

|

2008

|

Vol. 11, no. 77-80

13--14

EN

The aim of this study was the evaluation of the influence of head surface roughness on the wear of the acetabular component of implant. The experiments were executed for the combination of UHMWPE (Ultra High Molecular Weight Polyethylene) implant cup and metal head of implant with several different surface roughnesses. Testing method was based on Pin-on-Disc principle. Finally the recommendation for head surface roughness was established. The special experiments were carried out in accredited “Mechanical Testing Laboratory” (quality system ISO 17025) in collaboration with the Academy of Sciences of the Czech Republic and company BEZNOSKA Corporation - developing and producing bone-substitute biomaterials and implants.

8

The analysis of the influence of UHMWPE modification on the wear resistance

Sedlacek R., Vondrova J.

Engineering of Biomaterials

|

2007

|

Vol. 10, no. 63-64

2-4

9

Biomaterials based on polysiloxanes and glass fibers

Suchy T., Balik K., Sochor M., Cerny M., Sedlacek R., Pesakova V., Hulejova H.

Inżynieria Biomateriałów

|

2005

|

R. 8, nr 47-53

16--18

10

Testing of wear resistance of the ceramic materials for surgical implants

Sedlacek R., Konvickova S., Sochor M.

International Journal of Applied Mechanics and Engineering

|

2002

|

Vol. 7, Spec. is

47-50

EN

This article deals with very specific wear resistance testing of the biomaterials used for surgical implants. The abrasion is indispensable parameter for evaluation of the mechanical properties of these materials. This type of testing is very important for appreciation of new direction in total knee replacement, based on a new combination of biomaterials. The special wear resistance test is called "RING ON DISC". The experiments were carried out on the system MTS 858 MINI BIONIX placed in "Laboratory of Biomechanics of Man" at the Czech Technical University in Prague.