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Articles 1 - 11 of 11
Full-Text Articles in Ergonomics
Communication Based Control For Dc Microgrids, Mahmoud S. Saleh, Yusef Esa, Ahmed Mohamed
Communication Based Control For Dc Microgrids, Mahmoud S. Saleh, Yusef Esa, Ahmed Mohamed
Publications and Research
Centralized communication-based control is one of the main methods that can be implemented to achieve autonomous advanced energy management capabilities in DC microgrids. However, its major limitation is the fact that communication bandwidth and computation resources are limited in practical applications. This can be often improved by avoiding redundant communications and complex computations. In this paper, an autonomous communication-based hybrid state/event driven control scheme is proposed. This control scheme is hierarchical and heuristic, such that on the primary control level, it encompasses state-driven local controllers, and on the secondary control level, an event-driven MG centralized controller (MGCC) is used. This …
Lunalight - Bringing Light To The Expanding World, Gabriela M. Igel, Daniel J. Patrick, Kimberley M. Smith
Lunalight - Bringing Light To The Expanding World, Gabriela M. Igel, Daniel J. Patrick, Kimberley M. Smith
Materials Engineering
The LunaLight, a solar rechargeable light and cell phone charger, addresses the lack of access to electricity faced by 1.4 billion of the world’s population (International Finance Corporation). The LunaTech team has developed a product that is bright, simple, compact, versatile and competitive with existing products. Through a partnership with the non-profit organization One Million Lights, LunaTech has improved a previous team’s design to address user feedback, concerns of durability, and manufacturability.
The LunaLight design includes a 5 component plastic housing held together by 4 screws, a surface mounted PCB, a lithium-ion (Li-Ion) battery, one high-brightness LED, a solar panel, …
Australian Tractor Test Report No. 41 : The Massey-Ferguson 135, G H. Vasey, F. T. Baillie
Australian Tractor Test Report No. 41 : The Massey-Ferguson 135, G H. Vasey, F. T. Baillie
Journal of the Department of Agriculture, Western Australia, Series 4
THE Massey-Ferguson MF-135 is a general purpose tractor of 31 drawbar horsepower. It has 14.9 x 24 pneumatic tyres, and a three-speed gear box with a ratio change which, in the standard model, gives six forward and two reverse gears.
The model tested was also fitted with the optional "Multipower" facility, which gives an "on-the-go" shift to a higher speed for each gear, thus providing 12 forward and four reverse gears.
Australian Tractor Tests : International A554d : Report On Test No. 36 (Farmers' Edition), G H. Vasey, W. F. Baillie
Australian Tractor Tests : International A554d : Report On Test No. 36 (Farmers' Edition), G H. Vasey, W. F. Baillie
Journal of the Department of Agriculture, Western Australia, Series 4
THIS Report is taken from the full Technical Report No. 36; results are shown here in briefer form: fuller explanations are added.
Values quoted may be rounded out to two instead of three significant figures; to this extent the values may differ slightly but not significantly from those shown in the Technical Report.
Australian Tractor Tests : Fordson Farm Major : Report On Test No. 33, G H. Vasey, W. F. Baillie
Australian Tractor Tests : Fordson Farm Major : Report On Test No. 33, G H. Vasey, W. F. Baillie
Journal of the Department of Agriculture, Western Australia, Series 4
THIS Report is taken from the full Technical Report No. 33 of this test; test results are shown here in briefer form: fuller explanations are added.
Values quoted may be rounded out to two instead of three significant figures; to this extent the values may differ slightly but not significantly from those shown in the Technical Report.
Graphs of belt test performance, shown in the Technical Report, are not shown here.
Australian Tractor Tests : Report On Test No. 32, G H. Vasey, W. F. Baillie
Australian Tractor Tests : Report On Test No. 32, G H. Vasey, W. F. Baillie
Journal of the Department of Agriculture, Western Australia, Series 4
THIS Report is taken from the full Technical Report No. 32 of this test: test results are shown here in briefer form: fuller explanations are added. Values quoted may be rounded out to two instead of three significant figures:
Australian Tractor Tests : Report On Test No. 34 : Fordson Power Major, G H. Vasey, W. F. Baillie
Australian Tractor Tests : Report On Test No. 34 : Fordson Power Major, G H. Vasey, W. F. Baillie
Journal of the Department of Agriculture, Western Australia, Series 4
THIS Report is taken from the full Technical Report No. 34 of this test; test results are shown here in briefer form: fuller explanations are added.
Values quoted may be rounded out to two instead of three significant figures; to this extent the values may differ slightly but not significantly from those shown in the Technical Report
Some values are taken from graphs shown in the Technical Report, which are not shown here.
Australian Tractor Tests : Zetor 50 Super : Report On Test No.35, G H. Vasey
Australian Tractor Tests : Zetor 50 Super : Report On Test No.35, G H. Vasey
Journal of the Department of Agriculture, Western Australia, Series 4
T H I S Report is taken from the full Technical Report No. 35; results are shown here in briefer form: fuller explanations are added. Values quoted may be rounded out to two instead of three significant figures.
Australian Tractor Tests : No. 30, G. H. Vasey, W. F. Baillie
Australian Tractor Tests : No. 30, G. H. Vasey, W. F. Baillie
Journal of the Department of Agriculture, Western Australia, Series 4
THIS Report is taken from the full Technical Report No. 30 of this test; test results are shown here in briefer form: fuller explanations are added.
Values quoted may be rounded out to two instead of three significant figures; to this extent the values may differ slightly but not significantly from those shown in the Technical Report.
Graphs of belt test performance, shown in the Technical Report, are not shown here.
Tractor Testing In Australia. Part 2, G H. Vasey, W. F. Baillie
Tractor Testing In Australia. Part 2, G H. Vasey, W. F. Baillie
Journal of the Department of Agriculture, Western Australia, Series 4
AUSTRALIAN test procedures, though differing: in some details, and in some ways going further and telling more about the tractor, conform in essentials to overseas standards.
The tests are in four main parts—
(a) the physical properties of the tractor;
(b) the power of the engine, and its stationary outlets—the belt and the p.t.o;
(c) the power on the drawbar when working on a formalised test surface or track;
(d) the reliability of the tractor when running under test, and its condition after the test.
Australian Tractor Tests : No. 31, G. H. Vasey, W. F. Baillie
Australian Tractor Tests : No. 31, G. H. Vasey, W. F. Baillie
Journal of the Department of Agriculture, Western Australia, Series 4
THIS Report is taken from the full Technical Report No. 31 of this test; test results are shown here in briefer form: fuller explanations are added. Values quoted may be rounded out to two instead of three significant figures; to this extent the values may differ slightly but not significantly from those shown in the Technical Report. Graphs of belt test performance, shown in the Technical Report, are not shown here.