Bourne / College Station / Cambridge / Stamford / /
Company
8D / Mathsoft Engineering and Education Inc. / Dc Lc / Onset Computer Corp. / ASABE Fellow / ASABE Member / / /
Event
Natural Disaster / Environmental Issue / /
Facility
Texas A&M University / North Carolina State University / / /
IndustryTerm
gas entry / rotational kinetic energy / gas viscosity / gas outlet diameter / maximum tangential gas velocity / travel path / travel distance / energy loss / pressure energy / gas density / inlet gas velocity / barrel travel distance / energy / kinetic energy / gas inlet velocity / gas entry width / agricultural processing industry / cyclone technology / gas outlet / air stream travel distance / travel distance dL / energy requirement / gas outlet height / abatement devices / travel time / gas entry height / kinetic energy loss / rotational energy loss / rotational kinetic energy loss / /
NaturalFeature
Tangential inlet / /
Organization
Structures & Environment Division of ASABE / American Society of Agricultural / Department of Biological and Agricultural Engineering / North Carolina State University / Raleigh / Texas A&M University / /
Person
Az / Calvin B. Parnell / Bryan W. Shaw / Regents Professor / Ronald E. Lacey / / /
Position
model for cyclone pressure drop determination / Prime Minister / Engineer / Associate Professor / VP dz / Engineer / Professor / L1 VP Z1 VP / Lapple model / eq / fine dust collector / data logger / Engineer / Corresponding author / VPs2 VP / Engineer / Assistant Professor / fine PM / exit PM / VP dz dL / Professor / /
Product
Nikon D50 Digital Camera / /
ProgrammingLanguage
Mathcad / /
ProvinceOrState
Texas / Connecticut / North Carolina / Massachusetts / /
A THEORETICAL APPROACH FOR PREDICTING NUMBER OF TURNS AND CYCLONE PRESSURE DROP L. Wang, C. B. Parnell, B. W. Shaw, R. E. Lacey ABSTRACT. A new theoretical method for computing travel distance, number of turns, and cyclo