Journal of
Systemics, Cybernetics and Informatics

ISSN: 1690-4524 (Online)

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Editorial Advisory Board's Chair
William Lesso

Nagib C. Callaos

Sponsored by
The International Institute of
Informatics and Systemics

Editorial Advisory Board


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Overall Development Management Model: A New Approach for Emerging Countries. Comparative Analysis of Six Countries on Two Continents.
Fabiana Sciarelli, Azzurra Rinaldi
(pages: 1-7)

The Review Function in Organizations and its Implications for Organization Theory, Cybernetics, and Ethnography
Paul D. Nugent, Richard Montague
(pages: 8-12)

Measuring the Value of Enterprise Architecture on IT Projects with CHAOS Research
Eaglan Kurek, James Johnson, Hans Mulder
(pages: 13-18)

Student-Lead, Interdisciplinary Project-Based Learning for Continuous Success in Animation Education
Seth Holladay, Brent Adams
(pages: 19-24)

Increasing the Attractiveness of Study Programs in the Field of Security and Safety
Eva Sventekova, Katarina Holla
(pages: 25-28)

METEO11 Meteorological Message gained from the METB3, METCM or Abstract of Measured Meteorological Data
Karel Šilinger, Martin Blaha
(pages: 29-34)

Transdisciplinar Meta-Design for Geomatics Applications
Margarita Paras Fernandez, Fernando Lopez Caloca
(pages: 35-40)

Biomonapp’s Sensing & Monitoring of Plants/Fish & Water Quality for Ag Biotech & Bio Monitoring Environments
Christine M. Cunningham Yukech
(pages: 41-47)

Data Binding Issue in Fire Control Application for Technical Control of Artillery Fire
Martin Blaha, Karel Šilinger, Ladislav Potužák
(pages: 48-52)

Explaining the AMST Model: Using Arts, Maths, Science, and Technology in an Upgraded Problem-Based Learning Approach
Georgia Daleure
(pages: 53-56)

Challenges for Using IT in Mexico’s Health Care Industry (Aguascalientes México Case)
Jesús Salvador Vivanco, Martha González
(pages: 57-61)

Dialectal Atlas of the Arab World - between Intention and Reality
Anass Bayaga, Olga Bernikova
(pages: 62-65)

Integrating Architectural Approaches in Communication Design Education to Improve Awareness in Affordance Design
Simge Esin Orhun
(pages: 66-71)

Ethical Implications in the Way Some Marketing Activities is Using Big Data
Adriana da Glória Prado, Joice Chiareto, Fábio Lotti Oliva, Celso Cláudio de Hildebrand e Grisi
(pages: 72-76)

Evidence-Based Education: Case Study of Educational Data Acquisition and Reuse
Katashi Nagao, Naoya Morita, Shigeki Ohira
(pages: 77-84)





Measurement of Flow Properties of Mammalian Blood with Different Hematocrit Values Using Falling Needle Rheometer

Takamasa Suzuki, Sadao Araki, Hideki Yamamoto, Kimito Kawamura, Hiroko Aida, Dominik Bernitzky, Roberto Plasenzotti

The development of viscometry with high accuracy and quick operation, as well as the establishment of a data evaluation method by pathology are largely required. Especially, the flow properties of human blood are an important factor in the evaluation of blood disease on the medicine, but the method of viscometry and the data collection are not so easy. This study has been described on the viscosity measurement and their evaluations for mammalian blood (rabbit, pig and horse) including human blood. A compact-sized falling needle rheometer (FNR) and a flow analysis method using this device for blood have been developed, and the relationship between the apparent viscosity and physical properties (density, hematocrit value) of blood have also been evaluated. Measured flow properties of blood are evaluated as a flow curve showing the relationship between the shear stress and shear rate. Observed flow curves of mammalian bloods show three typical fluid regions, these are, the Non-newtonian fluid region for a low shear rate range, the transition region and the Newtonian fluid region for a high shear rate range. Flow properties of blood in the Casson fluid region and the apparent viscosity (µ) in the Newtonian fluid region are measured, and they are compared between mammals.

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