In the design and construction of a steam boiler, and in its operation, problems arise which must be solved, by the mechanical engineer, in their natural order before he can say with confidence that the best interests of the purchaser or proprietor of the apparatus are fully met in its construction
On the several efficiencies of the steam engine, and on the conditions of maximum economy
โ Scribed by Robert H. Thurstov
- Publisher
- Elsevier Science
- Year
- 1882
- Tongue
- English
- Weight
- 928 KB
- Volume
- 113
- Category
- Article
- ISSN
- 0016-0032
No coin nor oath required. For personal study only.
โฆ Synopsis
SE(~TION II.--APPLIC.kTIONS AN]) DEDUCTIONS.
ll. Mctlwd of (bn~.tr~tction of l]~e Diagram of ~cie~cie~..
By the al)pli('ation of this method, as proposed by the writer, we may tlms determine, from the results of experiment, a set of data and a graphi('al representation of those results whieh may serve as a standard for the class to which the engine examined 1)elongs.
it is further evident that, the ratio of expansion at maximum etii-,'iency being determined bv experiment, and with preeision by this graphieal method, it becomes easy to ascertain with exaetness the value of the ratio of exl)ansion at maximum eommereial economy.
The base line, VL, fi,r maximum eflieieney of engine being fixed; the position of the point V on that line is readily obtained, and thus the line VZ becomes known, and the ratio of expansion at maximum commercial economy is determined. Similarly, by extending the line VL until it beeomes proportional to the Stllll (){' all costs, constant and
๐ SIMILAR VOLUMES
THE Franklin Institute is not responsible for the statements and opinions advanced by contributors to the JOUR)ZAL. ## ON THE RATIO OF EXPANSION AT MAXIMUM EFFICIENCY.
Thermoelectric power generators are one of the promising green energy sources. The operating and the generator parameters influence the generator output performance. In the present study, the influence of the operating and the generator parameters on the maximum output power and the efficiency of th