Contents: principal partial differential equations of engineering mathematics; elementary generalised functions; green's functions for ODEs; boundary and initial conditions; green's functions for Pois . . . . .

Contents: * Introduction et exemples * Chapitre 2: Espaces fonctionnels * Chapitre 3: Théorème de Lax-Milgram * Chapitre 4: Méthode de Ritz * Chapitre 5: Éléments finis unidimen . . . . .

This book is an introduction to heat and mass transfer oriented toward engineering students.

Contents: Mass, momentum and energy; Flow in pipes and open channels; Dimensional analysis; Pumps and turbines; Unsteady flow in pipes.

Vision and Voyages for Planetary Science in the Decade.

Contents: Introduction; ns Simulator Preliminaries; How to work with trace files; Description and simulation of TCP/IP; Routing and network dynamics; RED: Random Early Discard; Differentiated Service . . . . .

Contents: 1 INTRODUCTION;2 OPTIMIZATION OVER AN OPEN SET;3 Optimization with equality constraints; 4 Linear Programming; 5 Nonlinear Programming; 6 Discrete-time optimal control; 7 Continuous-time lin . . . . .

Contents:Introduction; Mean velocity profiles; Friction laws; Integral analysis; Turbulence modelling; Instability and transition; Heat transfer.

The purpose of the book is twofold: to serve both as a handbook and as a textbook. Thus the reader should, for example, be able to study chapters on loss models without studying the chapters on the . . . . .

Contents: 1. Information Sheet 2. Definitions of some useful spaces. 3. Determinants of second order tensors in dimensions higher than 3. 4. Misc. results from linear algebra. 5. Ex . . . . .