News release announces that Chairman of Communication Arts at the University of Dayton, George Biersack, has been selected to serve on the Nominators Committee of the Emerson College

Bauer, D.

Diersch, H.-J. G.

Heidemann, W.

Rühaak, W.

Schätzl, P.

English

University of Dayton

University of DaytoneCommonsNews Releases Marketing and Communications7-18-1974George Biersack Selected to Serve on theNominators Committee of the Emerson CollegeFollow this and additional works at: https://ecommons.udayton.edu/news_rlsThis News Article is brought to you for free and open access by the Marketing and Communications at eCommons. It has been accepted for inclusionin News Releases by an authorized administrator of eCommons. For more information, please contact frice1@udayton.edu,mschlangen1@udayton.edu.Recommended Citation"George Biersack Selected to Serve on the Nominators Committee of the Emerson College" (1974). News Releases. 6008.https://ecommons.udayton.edu/news_rls/6008university of dayton University Relations Mark Pomerleau Dir., Information Services DAYTON, OHIO 45469 (513) 229-2911 DAYTON, OHIO, July 18, 1974 --- George Biersack, Chairman of ~unica­tion Arts at the University of Dayton, has been selected to serve on the Nominators Committee of the Emerson College - Edward L. Bernays Foundation Award. The Nominators will nominate the most socially significant nationally televised program broadcast during 1974. At a late~ date, the Jury will vote on the ten most frequently submitted pro~rams and make their final selection. In speaking of the Award, Chairman of the Jury and President of the Broadcasting Foundation of America, Seymour N, Siegel pointed out that "rapid technological and social changes within the United States have presented a new set of tests for democracy. In meeting them, one of the most invaluable tools will be communication, and television is one of the most direct and persuasive means of communication. 1I The Award is unusual because the selection will reflect a wide spectrum of viewpoints, interests, and perspectives. 1I Mr. Biersack is one of the many distinguished leaders from the fields of law, business, communications, philosophy and psychology, and public and commercial television. Tk'~ough the Nominators' varied selections, the Jury will be able to identify those issues and events which clearly reflect society's concerns and interests. George Biersack has been chairman of Communication Arts at un since 1964. He received his Bachelor of Science from un in 1952 and continued graduat e studies at Miami University (Oxford) when he was awarded the Master of Arts in 1956. Joining the un faculty in 1952, Biersack became director of educational television in 1957, Chairman of the department of Speech in 1963 before heading Communication Arts in 1964. He served as general manager of the Miami Valley Educational Television Foundation 1954-71 and in several capacities with the Ohio Council on Educational Television. In addition to his duties as c!lairman, r..',, ;, is general manager of WVUD-FM radiO, the University's commercially licensed 50,000 watt pop-progressive station. The Nominators Committee will select commercial or educational programs. These may be serials or specials, newscasts, or dramas. The Jury's final selection will be made in early 1975. The Emerson-Bernays Award and $1,000 check will be presented to the writer or writers in February, 1975. -30-

George Biersack Selected to Serve on the Nominators Committee of the Emerson College

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Numerical Modelling of Solar Heat Storage Using Large Arrays of Borehole Heat Exchangers

The storage of surplus heat in the underground and retrieval when required is a promising method for optimizing the energy efficiency of new housing estates. A new approach for the coupled numerical modelling of such problems will be presented. Here, the energy simulation software TRNSYS is directly coupled with the finite element subsurface flow and transport simulation software FEFLOW. This way it is possible to simulate the energy transfer between solar panels, building installations and thermal storage in the subsurface in an efficient and accurate manner. At the presented pilot installation the heat is transferred to the ground by using large arrays of borehole heat exchangers. For the simulation the borehole heat exchanger systems are modeled by a set of one-dimensional representations, either using a finite-element or an analytical approach. This way the calculation time is significantly reduced compared to fully discretized calculations while still achieving precise results

Numerical Modeling of Solar Heat Storage Using Large Arrays of Borehole Heat Exchangers

https://ecommons.udayton.edu/cgi/viewcontent.cgi?article=7009&amp;context=news_rls

George Biersack Selected to Serve on the Nominators Committee of the Emerson College

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