Saab Automobile AB

About: Saab Automobile AB is a based out in . It is known for research contribution in the topics: Radar & Antenna (radio). The organization has 760 authors who have published 890 publications receiving 11811 citations.

Synchronizing system for gearbox of car

Abstract: The synchronizing system (2) is equipped with three synchronizer rings (10), the outer (18) accommodating the center ring (16), the center ring (16) holding the inner ring (14). All rings (14,16,18) have hooks or claws (34,38,44) for joining themselves to the synchronizer hub (24), the cog wheel (12) respectively.

4.5.1 Systems Modeling with SysML – an experience report

Abstract: Model Based Systems Engineering has been presented as the future way of working for quite some time now. In this paper the practice of Model based systems engineering with SysML within SAAB Aeronautics is presented. Three different cases of different ambition and complexity are presented along with an analysis of the results. A number of modification proposals to SysML based on the experience made are also presented.

Ignition electrode arrangement at an internal combustion engine

Abstract: In an ignition electrode arrangement at a cylinder in an internal combustion engine, for example an Otto-engine, a first electrode (7) and a second electrode (8) co-operate with each other, the first electrode (7) being arranged on an ignition means (6) secured to a cylinder head. Both electrodes (7, 8) are movable in order to enable a change in the size of the spark gap and/or the position of the spark gap. The electrodes are each manipulated by means of an operating device (10, 14) that is controlled by a control unit (13) included in the ignition system of the engine.

Validation Techniques Applied on the Saab Gripen Fighter Environmental Control System Model

Abstract: The Environmental Control System (ECS) of the Saab Gripen fighter provides a number of vital functions, such as provision of coolant air to the avionics, comfort air to the cockpit, and pressurizat ...

Iterative solution of a hybrid method for Maxwell's equations in the frequency domain

Abstract: A hybrid method for solution of Maxwell's equations of electromagnetics in the frequency domain is developed as a combination between the method of moments and the approximation in physical optics. The equations are discretized by a Galerkin method and solved by an iterative block Gauss–Seidel method. The convergence of the iterations is studied theoretically and in numerical experiments. The accuracy of the hybrid method is compared to the method of moments for a cylinder with an incident field for different wavenumbers. Copyright © 2003 John Wiley & Sons, Ltd.