Diesel engine engineering : thrmodynamics, dynamics, design, and control / Andrei Makartchouk.

By: Makartchouk, Andrei, 1955-Material type: TextTextSeries: Mechanical engineering (Marcel Dekker, Inc.): v. 143.Publisher: New York : Marcel Dekker, c2002Description: xi, 375 p. : ill. ; 24 cmISBN: 0824707028 (alk. paper); 9780824707026 (alk. paper)Subject(s): Diesel motor -- Design and constructionDDC classification: 621.43/6 LOC classification: TJ795 | .D4139 2002
Contents:
Thermodynamics of the Diesel Engine. Principle of diesel engine operation. Theoretical diesel engine cycles and thermal efficiency. Calculated cycles of four-stroke diesel engines. Mean indicated pressure of a four-stroke diesel engine. Mean indicated pressure of two-stroke diesel engines. Technical and economical characteristics of diesel engines. Heat balance of diesel engine operation. Main characteristics of a compound diesel engine turbocharger. Differential characteristics of a diesel engine working cycles in the engine cylinder. Diesel engine overload. Main characteristics of diesel engine operation -- Diesel Engine Dynamics. Cylinder pressure. Force of inertia. Resultant force acting on the piston.
Summary: Of the forces in a four-stroke diesel engine with in-line cylinders. Mean tangential force. Summary of the forces acting in a two-stroke diesel engine. Summary of the forces acting in a V-diesel engine. Diesel engine torque. Balancing of torque oscillation and selection of flywheel. Applied masses and moments of inertia of rotating components. Starting up a diesel engine. Balancing engine vibration -- Ch. 3. Design and Structural Analysis of Diesel Engine Components. Bedplate and base. Main bearing caps. Crankcase. Tension rods. Cylinder jacket and cylinder liner. Cylinder head. Piston. Piston pin. Piston rings. Connecting rod. Connecting rod bolts. Crankshaft. Flywheel bolts. Factor of safety of diesel engine components.
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Book University of Texas At Tyler
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TJ795 .M265 2002 (Browse shelf) Available 0000001537240

Includes bibliographical references (p. 363-364) and index.

Ch. 1. Thermodynamics of the Diesel Engine. Principle of diesel engine operation. Theoretical diesel engine cycles and thermal efficiency. Calculated cycles of four-stroke diesel engines. Mean indicated pressure of a four-stroke diesel engine. Mean indicated pressure of two-stroke diesel engines. Technical and economical characteristics of diesel engines. Heat balance of diesel engine operation. Main characteristics of a compound diesel engine turbocharger. Differential characteristics of a diesel engine working cycles in the engine cylinder. Diesel engine overload. Main characteristics of diesel engine operation -- Ch. 2. Diesel Engine Dynamics. Cylinder pressure. Force of inertia. Resultant force acting on the piston.

Of the forces in a four-stroke diesel engine with in-line cylinders. Mean tangential force. Summary of the forces acting in a two-stroke diesel engine. Summary of the forces acting in a V-diesel engine. Diesel engine torque. Balancing of torque oscillation and selection of flywheel. Applied masses and moments of inertia of rotating components. Starting up a diesel engine. Balancing engine vibration -- Ch. 3. Design and Structural Analysis of Diesel Engine Components. Bedplate and base. Main bearing caps. Crankcase. Tension rods. Cylinder jacket and cylinder liner. Cylinder head. Piston. Piston pin. Piston rings. Connecting rod. Connecting rod bolts. Crankshaft. Flywheel bolts. Factor of safety of diesel engine components.

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