Add to ORKGThis publication is a report on Department of Agricultural Engineering research project 225 and 546--P. [2].Digitized 2007 AES.Includes bibliographical references (page 40)
The phenomenon of fluid flow through porous media is of significant interest in various disciplines ...
The measurement and estimation of pressure drop through porous beds are important in the design and ...
This bulletin is a report on Department of Agricultural Engineering Research Project 66, 'Climatic L...
This bulletin is a report on Department of Agricultural Engineering research project 225, 'Grain Dry...
The Oklahoma Agricultural Experiment Station periodically issues revisions to its publications. The ...
Using fans to force air having the proper temperature and relative humidity through a crop is a valu...
Experimental and computer simulation of in-bin grain drying was conducted. The study was to model t...
© 2003 J.W. Sutherland & R.H. Macmillan Author contact: rhmacm@unimelb.edu.auThis eprint provides i...
Natural air and low-temperature drying systems are generally not recommended for Kentucky because of...
1 online resource (PDF, 8 pages)This archival publication may not reflect current scientific knowle...
One of the keys to successful in·bin grain drying and aeration is the matching of a drying or aerati...
This publication helps you to figure out how long it will take to dry grain in bins by explaining ho...
This study focused on the development of a generalized model to predict the pressure drop versus air...
A demonstration project is described where natural air corn drying performance was monitored weekly ...
Date of publication not on piece.One of the most often asked questions about in-bin grain drying is ...
The phenomenon of fluid flow through porous media is of significant interest in various disciplines ...
The measurement and estimation of pressure drop through porous beds are important in the design and ...
This bulletin is a report on Department of Agricultural Engineering Research Project 66, 'Climatic L...
This bulletin is a report on Department of Agricultural Engineering research project 225, 'Grain Dry...
The Oklahoma Agricultural Experiment Station periodically issues revisions to its publications. The ...
Using fans to force air having the proper temperature and relative humidity through a crop is a valu...
Experimental and computer simulation of in-bin grain drying was conducted. The study was to model t...
© 2003 J.W. Sutherland & R.H. Macmillan Author contact: rhmacm@unimelb.edu.auThis eprint provides i...
Natural air and low-temperature drying systems are generally not recommended for Kentucky because of...
1 online resource (PDF, 8 pages)This archival publication may not reflect current scientific knowle...
One of the keys to successful in·bin grain drying and aeration is the matching of a drying or aerati...
This publication helps you to figure out how long it will take to dry grain in bins by explaining ho...
This study focused on the development of a generalized model to predict the pressure drop versus air...
A demonstration project is described where natural air corn drying performance was monitored weekly ...
Date of publication not on piece.One of the most often asked questions about in-bin grain drying is ...
The phenomenon of fluid flow through porous media is of significant interest in various disciplines ...
The measurement and estimation of pressure drop through porous beds are important in the design and ...
This bulletin is a report on Department of Agricultural Engineering Research Project 66, 'Climatic L...