Works of Application.Number ofCr
StSkMEMpHODALP
1L3L
Study of Mineralogical Specimens,3. .. .. .. .. .. .3. .. .5
Study of Geological Map, followed by a Memoir Map,. .1. .. .. .1. .. .. .. .5
Memoir,. .. .1. .. .. .. .. .1. .10
Memoirs on the Metallurgy of Iron, and its—
1. Application,. .. .1. .. .1. .. .. .. .10
2. Manufacture of cannon,. .. .1. .. .1. .. .. .. .10
3. Manufacture of small arms or powder,. .. .1. .. .1. .. .. .. .10
Geological Excursions, followed by Memoirs:. .. .. .. .. .. .. .. .. .. .. .
Excursions,. .. .. .3. .. .3. .. .. .20
Memoirs,. .. .3. .. .. .. .. .. .. .20
Manipulations in Moulding,. .. .. .. .2. .. .. .2. .5
Manipulations in Chemistry,. .. .. .. .9. .. .. .9. .25
Manipulations in Pyrotechny,. .. .. .. .5. .. .. .. .515
Total,317316433125135

RECAPITULATION OF THE CREDITS OF INFLUENCE.

Lectures, n of Lectures, 95
Works of Application, 135 230.

[IX. PROGRAMME OF THE COURSE OF APPLIED MECHANICS.]

[FIRST SECTION.—GENERAL PRINCIPLES.]

Lectures 1 and 2.—Short account of the general principles which serve as a base for the application of mechanics to machines, under the compound ratio of their establishment and of the calculation of their effects.

Lecture 3.—General composition of a factory; power, recipient, transmission of movement, tools. General method of calculating the effect of forces in a complete factory.

Lectures 4, 5, and 6.—Theoretical rules and the results of experiments concerning the flow of liquids. (Particular reference is made to the principles which relate to the large orifices of machines moved by water.)

Lecture 7.—Gauging of the volumes and valuation of the dynamical power of water-courses which feed machines.