Titlebook: Computer Aided Automatic Design; Course held at the D C. Bona,C. Galletti,A. Lucifredi Book 1974 CISM Udine 1974 Design.computer.design.mec

Preserve

Erwin Schreiner,Frank Richter,Sven Nerdingerto compute the first and second derivatives of the displacement of any point of every link. On this case, the program can solve the dynamic problem, that is can calculate the reactions at every node, and the driving force, given the act of motion and the other external forces.

Assault

The Language for Describing Plane Mechanisms (MEDES),sic building blocks shown in Fig. 2 can be very easily described with this program. The description of the mechanism is represented in the computer by a data structure in which all the elements of the mechanism, as well as their functional dimensions and how they are interconnected each other are recorded.

冥界三河

Analysis of an Act of Plane Motion (AMOTO),f the body to be driven through some successive positions, for instance giving the positions of two points of the body, to find any intermediate position by interpolation and to write an interactive graphic program that, on the basis of the previous information, computes the trajectory of any point indicated by the user on the moveable plane.

syring

,Computation of Geometric and Dynamic Properties of “21/2D” Bodies,nd density of every layer of which it is composed the program visualizes the center of mass of the body and of its boundary, the principal inertia axes and computes the inertia moments with respect to any predefined axis.

陶瓷

Omnipotent

Substance

暫時(shí)別動(dòng)

prolate

Innocence

Construction of Automatic Handbooks with Graphical and Procedural Informations: Mechanism Data Bank easyness pages containing alphanumeric, graphic or procedural informations to create a data bank. This program will allow to compose a text and memorize it on an. appropriate file. The text can be composed by written information, which can be taped in from display console, or by graphical informati