O. J. Loewer
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Also affiliated: University of Kentucky (1974–1985); Arkansas Science & Technology (2020)
Formerly Arkansas Affiliated with University of Arkansas through 2002.
Research Areas
Biography and Research Information
OverviewAI-generated summary
O. J. Loewer's research has focused on developing mathematical models and simulation tools for agricultural and biological systems. His work includes the development of procedures for estimating animal growth and body composition, as well as modeling selective grazing by beef animals. Loewer has also investigated on-farm drying and storage systems for agricultural products, including thin-layer drying models for soybeans and studies on seed coat damage during drying. His research extends to modeling energy flows in greenhouses and simulating temperature and moisture content changes in stored rice.
With a career spanning several decades, Loewer has contributed significantly to the field of agricultural engineering and systems modeling. His publication record includes over 100 works, and he has achieved an h-index of 15 with 685 citations. He has collaborated with researchers such as John Crone, J L Gattis, and Carolyne E. Garcia, all at the University of Arkansas at Fayetteville.
Metrics
- h-index: 15
- Publications: 102
- Citations: 685
Selected Publications
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Afterthoughts on Criteria 2000-a look one year later (2002)
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Connections: marketing the University of Arkansas College of Engineering (2002)
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Creation of an Entrepreneurial University Culture, The University of Arkansas as a Case Study* (2001)
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Issues on Modeling Grazing Systems (1989)
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Economics of simulated beef-forage rotational grazing under weather uncertainty (1987)
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Using the concept of physiological age to predict the efficiency of growth in beef animals (1987)
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Graze: A model of selective grazing by beef animals (1987)
Collaboration Network
Top Collaborators
- Graze: A model of selective grazing by beef animals
- Using the concept of physiological age to predict the efficiency of growth in beef animals
- Graze: A model of selective grazing by beef animals
- Using the concept of physiological age to predict the efficiency of growth in beef animals
- Graze: A model of selective grazing by beef animals
- Using the concept of physiological age to predict the efficiency of growth in beef animals
- Graze: A model of selective grazing by beef animals
- Creation of an Entrepreneurial University Culture, The University of Arkansas as a Case Study*
- Creation of an Entrepreneurial University Culture, The University of Arkansas as a Case Study*
- Creation of an Entrepreneurial University Culture, The University of Arkansas as a Case Study*
- Using the concept of physiological age to predict the efficiency of growth in beef animals
- Economics of simulated beef-forage rotational grazing under weather uncertainty
- Afterthoughts on Criteria 2000-a look one year later
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