Waller\u27s Machiavellian Cromwell: The Imperial Argument of A Panegyrick to my Lord Protector

Recent work on Waller’s Panegyrick to my Lord Protector has focused on its e¡ort to dress Cromwell in Augustan garb to translate his power into authority over a quiescent populace. Drawing on recently discovered evidence about the poem’s composition, about Waller’s reading of Machiavelli, and about his association with a fellow Buckinghamshire gentleman and MP, Sir William Drake (a figure known to have been influenced by Machiavelli), this article suggests that Augustan rhetoric forms only one strand in a discursive tapestry dominated by a Machiavellian argument for England’s imperial expansion

Pipe design for improved particle distribution and improved wear

This thesis describes the use of swirl-inducing pipes in water and water/mixture flows, with a particular emphasis on production of swirl before a bend. The author takes ideas for imparting swirling action to particle laden liquids which have occurred in one form or another throughout the 20th Century. The aim of the project was to reduce wear and produce better particle distribution throughout a bend. In the present investigation two methods were used in the examination of swirl-inducing pipes, namely experimental and numerical. The experimental method made use of a Swirly-flo pipe, which is normally found in marine boilers and is used to improve heat exchanger efficiency. The Swirly-flo was then placed onto an experimental test rig, which was specifically designed to provide insight into the use of swirl-inducing pipes. The numerical method came from a commercial Computational Fluid Dynamics (C.F.D.) package which allowed the author to examine various shapes for pipes and provided information on the flow fields in a swirl-inducing pipe. From the experimental results it was shown that swirling the flow before a bend produced less pressure drop across the bend than non-swirling flow. However, the Swirly-flo pipe produced a greater pressure loss across its length than the standard pipe. By swirling the particles before the bend the particles were more evenly distributed throughout the bend, which has the potential to remove the characteristic wear zones. Computational Fluid Dynamics was used to investigate various Swirly-flo designs. These studies indicated that the optimum pitch to diameter ratio was shown to be 8 for a constant pitch Swirly-flo pipe, which was consistent with previous work

Tests of concrete and reinforced concrete column footings

Thesis (B.S.)--University of Illinois, 1911.Typescript

Pipe design for improved particle distribution and improved wear

This thesis describes the use of swirl-inducing pipes in water and water/mixture flows, with a particular emphasis on production of swirl before a bend. The author takes ideas for imparting swirling action to particle laden liquids which have occurred in one form or another throughout the 20th Century. The aim of the project was to reduce wear and produce better particle distribution throughout a bend. In the present investigation two methods were used in the examination of swirl-inducing pipes, namely experimental and numerical. The experimental method made use of a Swirly-flo pipe, which is normally found in marine boilers and is used to improve heat exchanger efficiency. The Swirly-flo was then placed onto an experimental test rig, which was specifically designed to provide insight into the use of swirl-inducing pipes. The numerical method came from a commercial Computational Fluid Dynamics (C.F.D.) package which allowed the author to examine various shapes for pipes and provided information on the flow fields in a swirl-inducing pipe. From the experimental results it was shown that swirling the flow before a bend produced less pressure drop across the bend than non-swirling flow. However, the Swirly-flo pipe produced a greater pressure loss across its length than the standard pipe. By swirling the particles before the bend the particles were more evenly distributed throughout the bend, which has the potential to remove the characteristic wear zones. Computational Fluid Dynamics was used to investigate various Swirly-flo designs. These studies indicated that the optimum pitch to diameter ratio was shown to be 8 for a constant pitch Swirly-flo pipe, which was consistent with previous work

Andrew Marvell: Traveling Tutor

It is well known that Marvell tutored the daughter of Thomas, Lord Fairfax, at Nun Appleton at the start of the 1650s. This article attempts to shed light on his less well-known stints of tutoring young gentlemen in the late 1640s and mid-1650s. It establishes the distinctive characteristics of the traveling tutor, responsible for the education and governance of a young gentleman on the tour. And it considers the opportunities for advancement, in both private and public service, presented by such responsibilities, briefly examining the successful careers of other such tutors. Curricular traces of Marvell’s tutoring are found in his poetry and prose, and the suggestion is advanced that Marvell’s experience was thought to have prepared him for, and may have led him to expect, a high-profile public career: a career which did not, in the end, materialize

Pipe design for improved particle distribution and improved wear

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