hartung governer., Mechanical Engineering

#quesThe spring controlled governor of the “Hartung” type has two rotating masses each of 3.5 kg and the limits of their radius of rotation are 100 mm and 125 mm. The each mass is directly controlled by a spring attached to it and to the inner casing of the governor.
a) The stiffness of the spring 9 KN/m and the force on each spring, when the masses are in their mid position, is 400 N. In addition, there is an equivalent constant inward radial force of 100 N acting on each revolving mass in order to allow for the dead weight of the mechanism. Neglecting friction, find the range of speed of the governor.tion..
Posted Date: 3/11/2013 2:03:27 PM | Location : Sri Lanka







Related Discussions:- hartung governer., Assignment Help, Ask Question on hartung governer., Get Answer, Expert's Help, hartung governer. Discussions

Write discussion on hartung governer.
Your posts are moderated
Related Questions
is effective commucation an intergral aspect in the mechenical engineering field?

Effective communication is an itergral aspect in the mechanical engineering field, base on arguement

Loa d Diagram and BM D fro m the Given SF D: Q: Shear force diagram of simply supported beam is given in the figure below.  Calculate the support reactions of beam and

Objectives After studying this section, you should be capable to: define basic nature of plastics, differentiate between various types of plastics, define polym

Isolated and Combined Footings Individual columns are generally supported on isolated footings. A typical isolated footing is shown in Figure. This arrangement is suitable when

Telescopic Hydraulic Fork: This type of suspension system is used to serve for front part of motorcycle. Figure (Front Suspension Fork) shows detailed view of front fork assembly.

Normal 0 false false false EN-IN X-NONE X-NONE MicrosoftInternetExplorer4

INTREPRETATION OF DEFECTS Intrepretation is an important factor is controlling the quality of the product on economic levels. Sometimes for want of proper decision, proj

An open test tube at 293 K is filled at the bottom with 24.2 cm of Hg, and 11.2 cm of water is placed above the Hg. Calculate the pressure at the bottom of the test tube if the atm

brief description of resonant cavities