1 Introduction , 1-8 2 Combustion & Thermochemistry , 9-82 3 Introduction to Mass Transfer , 83-110 4 Chemical Kinetics , 111-147 5 Some Important Chemical Mechanisms , 148-177 6 Coupling Chemical & Thermal Analysis of Reacting Systems , 178-214 7 Simplified Conservation Equations for Reacting Flows , 215-252 8 Laminar Premixed Flames , 253-304 9 Laminar Diffu…
1 Introduction , 1-11 Motivation to Study Combustion , 1 A Definition of Combustion , 8 Combustion Modes & Flame Types , 9 Approach to Our Study , 10 2 Combustion & Thermochemistry , 12-78 3 Introduction to Mass Transfer , 79-106 4 Chemical Kinetics , 107-148 5 Some Important Chemical Mechanisms , 149-182 6 Coupling Chemical & Thermal Analyses of Reacting Sy…
. Understand all facets of electronic motor control design . Implement microcontrollers, linear ICs, opto- couplers, sensors, and power devices . Master EMII, RFI, and effective circuit board layout . Network motor control systems . Minimize electronic noise . Anticipate the future of motor control technology. This book gives you expert design and application help in control…
This 2nd edition text provides updated & comprehensive coverage of the applied thermodynamic operating principles of the internal combustion engine. The scope of this text includes all IC engines from the largest stationary and ship engines down to the smallest engines used on tools and toys, with an emphasis on reciprocating engines used in automobiles and similar applications. Spark ignition …