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Monday, July 13, 2020 | History

2 edition of Value engineering, an approach to optimizing neutral beam heating cost and performance found in the catalog.

Value engineering, an approach to optimizing neutral beam heating cost and performance

C. Hume McClure

Value engineering, an approach to optimizing neutral beam heating cost and performance

by C. Hume McClure

  • 217 Want to read
  • 1 Currently reading

Published by The Division in Washington .
Written in English

    Subjects:
  • Value analysis (Cost control),
  • Particle beams,
  • Controlled fusion

  • Edition Notes

    Sept. 1979

    StatementC. Hume McClure, National Oceanographic and Atmospheric Administration, U. S. Department of Commerce ; assisted by staff members, Division of Development and Technology, Office of Fusion Energy, U.S. Department of Energy
    SeriesDOE/ET-0113
    ContributionsUnited States. National Oceanic and Atmospheric Administration, United States. Dept. of Energy. Office of Fusion Energy. Division of Development and Technology
    The Physical Object
    Pagination[35] p. ;
    Number of Pages35
    ID Numbers
    Open LibraryOL14862411M

    statement of MIT’s goals for its construction projects and, in addition, distinguishes this document from its predecessor known as the “RED Book” (MIT Construction Guidelines). The State Building Code is the start-ing point for MIT’s target zone for system performance. The HANDBOOK guides users towards standards of. Figure Charging and discharging heat transfer 62 Figure Optimization result: annual cost vs. annual cooling electricity 64 Figure Optimization result: average part load ratio vs. annual electricity 64 Figure Chiller power after optimizing the three models 66 Figure Pumping power after optimizing the storage models 66 Figure Cited by: 1.

    Unlike cost-cutting, value engineering focuses on cost optimization. It might actually cost you more in an upfront investment in order to save money on production or optimization costs in the long term. The goal of value engineering is to save money while retaining or improving the quality of the design, engineering, or operations. Value Engineering 9. The objective value is the desired combination of performance, scope, cost and schedule that the completed NCSX device should achieve to satisfy its desired mission for project completion. plus refurbishment and installation of 3 MW of neutral beam heating power. See Annex I. The NCSX Project scope includes.

    In order to get good results in thermal elastic plastic analysis, we need a good heat source model. In this study, gas heating torch is modeled using a heat source model proposed by Osawa et al. 1).This heat source model is based on the hypothesis that, for a specific torch with specific gas flow rate, the distributions of the temperature of the gas adjacent to the heated surface T G, Author: J. Blandon, S. Takaba, T. Ohomae, N. Osawa, H. Murakawa. A METHOD FOR DEVELOPING COMPOSITE BEAM STRUCTURES THAT ARE OPTIMIZED FOR ENERGY MANAGEMENT USING NON-LINEAR TOPOLOGY OPTIMIZATION. Ram Iyer. Eicher Engineering Solutions, Inc., Commerce Drive, Suite B Farmington Hills, MI Abstract. A methodology utilizing a nonlinear topology optimization technique was .


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Value engineering, an approach to optimizing neutral beam heating cost and performance by C. Hume McClure Download PDF EPUB FB2

Get this from a library. Value engineering, an approach to optimizing neutral beam heating cost and performance. [C Hume McClure; United States. National Oceanic and Atmospheric Administration.; United States. Department of Energy. Office of Fusion Energy. Division of Development and Technology.]. Value engineering, an approach to optimizing neutral beam heating cost and performance / By C.

Hume. McClure, United States. Dept. of Energy. Office of Fusion Energy. Value analysis (Cost control). Value is defined as a simple equation, although notations vary a little: Value = Function/Cost (SAVE International, ), or as Value = Needs/Resources, or as Value = (Function+Performance)/Costs.

They adopted a simplified engineering approach by assuming a design-dependent heat film coefficient in the optimization process to enhance the computational cost. Thus, they did not solve for full conjugate heat transfer problem as for example Alexandersen et al. did.

Cited by: Abstract. The use of optimization techniques has been recently advocated in order to improve the energy performance of the design of buildings.

The objective function in our model accounts both for the heating cost and the cost of insulation materials so that its minimization, with respect to a meaningful set of technological and architectural variables, yields a sequence of designs Author: M.

Nitti, M. Speranza. Cost Reduction Through Value Engineering Practices in Manufacturing Assembly Article (PDF Available) in Applied Mechanics and Materials. Use of Value Analysis Technique for Cost Reduction in Production Industry – A Case Study Article (PDF Available) in Journal of Engineering Science and Technology 5(5).

Value engineering (VE) focuses on providing the needed value by reducing cost and improving performance and quality of systems, projects, or processes. Providing this value can be elusive. The catchall term “value engineering” describes a studied approach to reducing building costs without compromising quality.

Value engineering entails comparing a range of construction methods and materials to determine the most cost-effective means of obtaining a desired structural, aesthetic, or durability standard. A review on simulation-based optimization methods applied to building performance analysis.

Applied Energy () – Status: Postprint (Author’s version) A review on simulation-based optimization methods applied to building performance analysis Anh File Size: KB. als. Most of the attention of the book is devoted to the minimax approach using worst case scenario, i.e.

the guaranteed approach. But a probabilistic approach that does not guarantee the result is also described in the monograph, because it gives more “optimistic” results. Also, a mixed probabilistic-guaranteed approach is discussed and.

* Over 30% weight reduction (optimization) by value engineering * 60% variant reduction (standardization) by value engineering * Engine performance improvement through re-engineering engine components * Cost effective solution in material optimization of interior plastic trims (Instrument panel, Door panel).

This study aims to minimize the cost of simply supported reinforced concrete(RC) rectangular beam and approach the economical beam design which has total cost close to lowest value for that beam.

Pellet injector. WBS 25 Neutral Beam Injection Systems Refurbishment and testing of equipment for up to MW of neutral beam heating based on PBX M neutral beam legacy equipment. Installation and integrated testing of systems for 6 MW of NBI based on PBX-M legacy equipment. 6 MW of ICRF heating.

3 MW of ECH. WBS 3. analysis beyond energy performance certificates. In: Egbu, C. (Ed) This research therefore investigates the whole life cycle approach to cost optimization that would consider energy certificates as a part of a more robust value engineering internal heat gains and the use of passive engineering techniques such as thermal mass.

A novel cost-optimizing demand response control for a heat pump heated residential building. The data driven control approach schedules the heating system of the building. In each day, the next 24 hours heating demand of buildings, including space heating and domestic hot water consumption, are predicted by means of a hybrid wavelet Cited by: 9.

examines the costs associated with each heating system including the heating product, installation, maintenance, heating operation, and replacement costs.

While every situation is unique, it can still be beneficial to examine systems in a comparable framework. The value engineering methods investigated involved conducting value analysis of building systems using conventional value engineering process, i.e., the value analysis standard E as the baseline, and the alternative value engineering methods such as performance worth in the function analysis phase, neuro-linguistic programming in the.

Spraying heat exchanger and tubular radiation recuperator are common equipment of the drying hot air furnace. To study the way of reducing the investment cost for the heat exchanger of high-temperature and high-capacity hot air furnace, the heat exchange area of the two heat exchangers was calculated by LMTD method when air temperature rose from 0°C,°Cand Cited by: 2.

describes and illustrates that using the value engineering approach was used to reduce the cost of indirect materials in tail fixing process in the company.

Fig. Seven phases VE job plan by Arthur E. Mudge. International Journal of Materials, Mechanics and Manufacturing, Vol. 4, No. 1, February. 4. Optimization Methods 1. Introduction 81 2. Comparing Time Streams of Economic Benefits and Costs 81 and costs to a single value is the concept of the time value of money.

From time to time, individuals, private corpo- end-of-year cost of engineering structures that have a fixed initial construction cost C 0 and annual end-of-yearFile Size: 2MB.The optimized model by considering Beijing and Tianjin as a whole can reduce the total cost in terms of the production cost and external cost about 36 million dollars.

This work shows that it is essential to consider the external cost when optimizing the energy structure for space : Teng Wu, Teng Wu, Hailong Li, Hailong Li, Fredrik Wallin, Zhixin Yu.A) Value engineering occurs only after the product is selected and designed.

B) Value engineering is the same as value analysis. C) Value engineering is oriented toward improvement of design. D) Value engineering occurs during production when it is clear the product is a success. E) Value engineering can save substantial amounts of product cost.