Digital Commons Network^™

Self-Consistency In Estimating Future Electrical Energy Consumption, W. D. Devine Jr., C. C. Calligan, O. D. Osborne

UMR-MEC Conference on Energy / UMR-DNR Conference on Energy

A socio economic computer simulation model for the State of Oregon is described. The Oregon State Simulation Model (OSSIM) includes a thirty-seven sector model of electrical energy consumption. Coupling between this model and the OSSIM ensures self-consistent scenarios of socio economic phenomena which underlie energy consumption. One of the purposes of this effort is to help state-level decision makers understand the determinants of electricity consumption within a context of changing economic conditions.

Evaluating The Total Cost Of An On-Site Solar Energy System, Dennis Costello, Jerry Bradley

UMR-MEC Conference on Energy / UMR-DNR Conference on Energy

A methodology for evaluating the total or life-cycle cost of an on-site solar energy system is presented. The costs represent after-tax or effective costs realized by the owner of the energy system. The methodology addresses: (1) capital costs; (2) fuel costs; (3) maintenance and operating costs; (4) property taxes; (5) the tax benefits of depreciation; and (6) the investment tax credit. The model was developed for evaluating solar energy systems located at the point where the energy is demanded. However, the methodology also has applicability to many other types of energy systems.

Industrial Innovations And Management Toward More Efficient Usage Of Electrical Energy, Tom Day

UMR-MEC Conference on Energy / UMR-DNR Conference on Energy

This paper deals with some of the industrial accomplishments in alleviating energy supply and demand problems. A survey is presented on how electrical energy in America is generated, resources used and kilowatt usage for the years 1970 to and including 1974. Conservation of electrical energy is the main theme in which three primary areas of innovation and utilization of industrial equipment are discussed; induction, lighting, heating and air conditioning. An awareness of natural gas shortages and the trend toward an "electric economy" are reviewed. The real challenge to energy management is apparent in order to handle the greatest expansion in …

An Engineering, Geological And Hydrological Environmental Assessment Of A 250 Mmscfd Dry Ash Lurgi Coal Gasification Facility, Mason H. Somerville, James L. Elder, Stephen R. Moran

UMR-MEC Conference on Energy / UMR-DNR Conference on Energy

A preliminary engineering, geological, and hydrological environmental assessment of a proposed 250 MMSCFD dry ash Lurgi coal gasification facility is discussed.

The facility's emission spectrum is examined on the basis of the proposed design and empirical data. This system utilizes approximately 13 million tons of lignite and 17,000 acre feet of water per year and consumes 6500 tons of oxygen per day. The results of the study indicate that the major gaseous effluent is CO₂, that the federal limits on SO₂ effluent may be met, and that the atmospheric degradation criterion will be the most difficult one …

Energy Conversion And Resource Management, M. J. Hanshaw, J. L. Gaddy

UMR-MEC Conference on Energy / UMR-DNR Conference on Energy

The United States has 5 percent of the world's population, yet consumes 35 percent of the total energy. This statistic reflects the availability of unlimited and cheap energy that has been enjoyed in this country. Unfortunately, this energy has been provided without much regard for the future, so that plentiful and cheap energy may not be possible much longer. A carefully formulated energy policy will be required to manage our remaining natural resources wisely and extend their longevity until other sources of energy can be developed.

There are five basic forms of energy: chemical, thermal, electrical, mechanical and radiant. Energy …

2nd Annual Umr-Mec Conference On Energy -- Entire Proceedings, University Of Missouri--Rolla

UMR-MEC Conference on Energy / UMR-DNR Conference on Energy

No abstract provided.

Small Wind Power Machine For Rural And Farm Use In The State Of Missouri, R. B. Oetting

UMR-MEC Conference on Energy / UMR-DNR Conference on Energy

This paper describes work in progress to develop a prototype wind power generator for use by small farms, rural and isolated homes. It is anticipated that the wind power generator may supply power (1 to 10 kw) as base electric power (including energy storage), supplemental power, or in other forms (e.g. water pumping, nitrogen or hydrogen manufacture, and direct mechanical drive). The objective of this study is to produce a system(s) of high efficiency, low construction cost, and minimum maintenance requirement. Preliminary wind tunnel tests have been completed on several blade designs. A tower system is under construction on campus …

The Conservation Of Human Resources In Energy Systems, Burns E. Hegler, James D. Hoag

UMR-MEC Conference on Energy / UMR-DNR Conference on Energy

The operation of an energy system often requires that its personnel engage in manual and technical activities that involve exposure to health and safety hazards. A typical electric utility is used as a model for studying the operation of safety and health programs for energy systems. Specific criteria regarding standards and management are presented and discussed. These criteria are general enough so that they may be applied in the management of future energy systems.

Natural Resource Pricing And Economic Development, Vaman Rao

UMR-MEC Conference on Energy / UMR-DNR Conference on Energy

In a competitive equilibrium the price of a natural resource will be increasing at a rate equal to the social time preference rate, but in a monopoly market, the price will be increasing at less than social time preference rate. If the producer countries utilise their monopoly of production and sale of a natural resource for the purpose of developing their economies, the price of the natural resource will be growing at the rate at which the producer countries' economies are growing, whether or not the sales proceeds are used to finance their investment programmes, fully or partly.

Optimum Control Of Heating, Ventilating And Air Conditioning Systems, Terry R. Weaver

UMR-MEC Conference on Energy / UMR-DNR Conference on Energy

The control of HVAC systems has traditionally been performed by relatively simple field hardware. The industry appears, however, to be ready for the use of more sophisticated measures. The paper presents several approaches to the conservation of energy in this area with the use of closed-loop computer control and optimization.

Coal Conversion Technology, Karen A. Dollar, Henry Allen Wiebe

UMR-MEC Conference on Energy / UMR-DNR Conference on Energy

Energy consumption is rapidly increasing throughout the world and the United States is no exception. Efforts to reduce the dependence on oil imports have focused on utilization of our coal resources. This paper examines various coal conversion processes and presents a method for evaluating their contribution to energy production.

The Missouri Miner, October 09, 1975

The Missouri Miner Newspaper

No abstract provided.

The Missouri Miner, October 02, 1975

The Missouri Miner Newspaper

No abstract provided.

Designing Fire Protection For Steel Columns, Subcommittee On Fire Technology, Committee On Construction Codes And Standards

American Iron and Steel Institute (AISI) Specifications, Standards, Manuals and Research Reports (1946 - present)

No abstract provided.

Missouri S&T Magazine, October 1975, Miner Alumni Association

Missouri S&T Magazine

No abstract provided.

The Missouri Miner, September 25, 1975

The Missouri Miner Newspaper

No abstract provided.

The Missouri Miner, September 18, 1975

The Missouri Miner Newspaper

No abstract provided.

The Missouri Miner, September 11, 1975

The Missouri Miner Newspaper

No abstract provided.

The Missouri Miner, September 04, 1975

The Missouri Miner Newspaper

No abstract provided.

Simultaneous Measurement Of Longitudinal Velocity And Temperature Fluctuations With A Single Wire In Non-Isothermal Flow, P. J. Mcconachie, K. J. Bullock

Symposia on Turbulence in Liquids

A method for measuring longitudinal velocity and temperature fluctuations with a single wire probe is presented and the principles of operation verified by an analog computer solution of the finite hot wire, anemometer control and signal processor equations. Examination of the basic equations reveals that such a probe is best suited to the study of turbulent water flows, thus allowing high Reynolds numbers to be attained without limitations on frequency response. Inherent sources of error are investigated and the method shown to be reliant mainly on the initial accuracy of wire calibration.

Front Matter, University Of Missouri--Rolla

Symposia on Turbulence in Liquids

No abstract provided.

Non-Isothermal Mercury Pipe Flow Turbulent Characteristics, T. W. Flaherty, L. L. Eyler, A. Sesonske

Symposia on Turbulence in Liquids

The turbulence structure of fully-developed mercury pipe flow, with and without heat transfer, was studied using hot-film anemometry at Reynolds number of approximately 50,000. Single sensors and slanted multiple sensors were used to obtain the radial distribution of axial fluctuating velocity and temperature quantities. Isothermal data were generally in good agreement with comparable air data indicating similar velocity structure. Temperature intensity data agreed with other data in liquid metals.

Axial and radial turbulent heat flux results were somewhat inconclusive. Spectra and turbulence scales were developed providing a picture of the structure.

Energy Spectrum And Turbulent Scales In A Plane Air Jet, V. W. Goldschmidt, M. F. Young

Symposia on Turbulence in Liquids

The energy spectra and longitudinal length scales measured in a free plane jet are presented. The actual convective velocity was used in determining the scales. The results show a universal spectral distribution along the axis but no obvious similarity in the large scale motion off the axis. The results are limited to x/D < 60. The measured scales suggest a noticeable increase of the microscale along the lateral coordinate but an essentially constant value along the axis. However the macroscales, increasing linearly along the axis do not show any similarity off the axis.

Two-Point, Two Component, Velocity Measurements In Turbulent Pipe Flow, J. S. Cintra Jr., B. G. Jones

Symposia on Turbulence in Liquids

An experimental study of the turbulent velocity field structure was performed in a pipe flow. The primary objective of this study was to provide a detailed velocity field structure, under isothermal conditions, for use as a reference condition for later investigations of the interactions between fluctuating velocity and temperature fields, under non-isothermal conditions, in turbulent pipe flow.

Two-point, two-component (u₁ and u₂) velocity correlation measurements were made with hot-film ('x' probes) anemometers separated in the radial direction as well as two-point axial component correlation measurements with axial separation.

The fluctuating signals were analyzed digitally and both space …

Unidimensional Turbulence In A Sheet Flow Under Rainfall - A Stochastic Analysis, H. L. Shahabian, A. Giorgini, J. W. Delleur, A. R. Rao

Symposia on Turbulence in Liquids

Probability distributions of longitudinal velocity fluctuations are presented for cases with and without rainfall. They deviate from the normal distribution. These velocity fluctuations are fitted by an autoregressive - moving average process. The process explains adequately the variance of the series.

Measurement Of Both Gas And Particle Velocity In Turbulent Two-Phase Flow, D. E. Stock, J. T. Jurewicz, C. T. Crowe, J. E. Eschbach

Symposia on Turbulence in Liquids

A laser-Doppler anemometer was used to measure the velocity of both the gas and particles in a turbulent two-phase flow for conditions when the distribution of the velocities of the two phases overlaps. The velocities from the two phases are separated by comparing the Doppler amplitude to the pedestal amplitude. Results of the measure of the gas-particle flow downstream of a nozzle mounted in a circular pipe are presented.

Elucidation Of Burst Phenomena In Turbulent Boundary Layers Through Coherent Structure, W. W. Willmarth

Symposia on Turbulence in Liquids

The present knowledge of the turbulent structure of boundary layers is reviewed and summarized. The work of several primary investigators of the bursting phenomenon is discussed. Models for the coherent structure are proposed based on the results of these investigations.

Hot-Film Anemometry In Air-Water Flow, J. M. Delhaye, J. P. Galaup

Symposia on Turbulence in Liquids

The paper presents local measurements of void fraction and liquid velocity in a steady-state air- water bubbly flow at atmospheric pressure. Use is made of a constant temperature anemometer and of a conical hot-film probe.

The signal is processed with a multi-channel analyzer. Void fraction and liquid velocities are determined from the amplitude histogram of the signal.

The integrated void fraction over a diameter is compared with the average void fraction along the same diameter obtained with a γ-ray absorption method.

The liquid volumetric flow-rate is calculated from the void fraction and liquid velocity profiles and compared with the indication …

Red Blood Cells And Turbulence, E. F. Blick, H. N. Sabban, P. D. Stein

Symposia on Turbulence in Liquids

Measurements were made of the turbulence intensity of blood of various hematocrits (volume percentage of red cells in blood) flowing through an orifice. The maximum relative turbulence intensity was found to occur in the hematocrit range of 20% - 30%.

The Influence Of Suction On Energy Distribution In Fully Established Turbulent Pipe Flow, M. Schildknecht, J. A. Miller, G. E. A. Meier

Symposia on Turbulence in Liquids

The influence of suction on the structure of turbulence in fully established pipe flow has been experimentally investigated. Extensive hot-wire measurements indicate major alterations in the turbulent energy distribution, particularly in the wall layers result from mild suction rates, less than 5 percent of the mean mass flow.