595 resultados para drain
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Estimate of work done by A. Cook on the marsh lands main drain during the month of June 1857. This is signed by Fred Holmes, June 30, 1857.
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Statement of finals of the marsh lands main drain as near as can be estimated until its completion and final measurement. This is signed by Fred Holmes, July 9, 1857.
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County of Welland estimate of work done on the main drain of the marsh lands by Alexander Cook, unsigned. This sheet is very water damaged and mouldy. This does affect the text. Estimate no. 23, July 1857.
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Estimate for A. Cook for the excavation of the marsh lands main drain during the month of July for A. Cook and Rose Osborne. This was sent to S.D. Woodruff by Fred Holmes, July 27, 1857.
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Estimate for A. Cook for excavation on marsh lands main drain. This is signed by Fred Holmes, Aug. 28, 1857.
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County of Welland estimate of work done on the main drain of the marsh lands by Alexander Cook, unsigned. Estimate no.24, Aug., 1857.
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County of Welland estimate of work done on the main drain of the marsh lands by Alexander Cook, unsigned. Estimate no.25, Sept., 1857.
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Estimate for A. Cook for marsh lands main drain for the month of Sept. Also included is a list of labourers’ time for the month of September for A. Cook and Rose Osborne. This is signed by Fred Holmes, Sept. 26, 1857.
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County of Welland estimate of work done on the main drain of the marsh lands by Alexander Cook, unsigned. Estimate no.26, Oct., 1857.
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Estimate for A. Cook for marsh lands main drain for the month of Sept. Also included is a list of labourers’ time for the month of October for A. Cook’s men and Rose Osborne. This is signed by Fred Holmes, Oct. 27, 1857.
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County of Welland estimate of work done on the main drain of the marsh lands by Alexander Cook, unsigned. Estimate no.27, Nov., 1857.
County of Welland final estimate of work done on the main drain of the marsh lands by Alexander Cook
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County of Welland final estimate of work done on the main drain of the marsh lands by Alexander Cook complete with notes and calculations of quantities. This document is unsigned. Estimate no.28, Dec., 1857.
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In Kerala highways, where traditional dense graded mixtures are used for the surface courses, major distress is due to moisture induced damages. Development of stabilized Stone Matrix Asphalt (SMA) mixtures for improved pavement performance has been the focus of research all over the world for the past few decades. Many successful attempts are made to stabilize SMA mixtures with synthetic fibres and polymers. India, being an agricultural economy produces fairly huge quantity of natural fibres such as coconut, sisal, banana, sugar cane, jute etc.. Now- a -days the disposal of waste plastics is a major concern for an eco- friendly sustainable environment. This paper focuses on the influence of additives like coir, sisal, banana fibres (natural fibres), waste plastics (waste material) and polypropylene (polymer) on the drain down characteristics of SMA mixtures. A preliminary investigation is conducted to characterize the materials used in this study. Drain down sensitivity tests are conducted to study the bleeding phenomena and drain down of SMA mixtures. Based on the drain down characteristics of the various stabilized mixtures it is inferred that the optimum fibre content is 0.3% by weight of mixture for all fibre mixtures irrespective of the type of fibre. For waste plastics and polypropylene stabilized SMA mixtures, the optimum additive contents are respectively 7% and 5% by weight of mixture. Due to the absorptive nature of fibres, fibre stabilizers are found to be more effective in reducing the drain down of the SMA mixture. The drain values for the waste plastics mix is within the required specification range. The coir fibre additive is the best among the fibres investigated. Sisal and banana fibre mixtures showed almost the same characteristics on stabilization.
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This paper reviews a study of hearing aid battery drain.
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O Sul de Minas Gerais, região agrícola de colonização antiga, apresentando uma vocação histórica para produzir instrução e criar escolas, parece ter encontrado na expansão do seu ensino superior uma forma de superar a estagnação de sua economia, enquanto não era beneficiada pela ação governamental. De fato, a presença de escolas superiores na região cria todo um sistema social e econômico que se desenvolve a partir da vida escolar. O Sistema de ensino, em vista do seu dinamismo, tornou-se responsável por um fluxo de atração de estudantes e exportação de graduados, com características de uma indústria que produz e exporta educação. Na verdade, o sistema de ensino superior do Sul de Minas, na medida em que atrai alunos e recursos para sua manutenção e operação de suas escolas e exporta graduados, constitui-se numa atividade produtiva que gera renda, empregos e outros benefícios sócio-econômicos para a região. Paralelamente, o sistema de ensino caracteriza-se, como importante instrumento de "brain-drain", figurando, portanto, como fator de descapitalização regional.