Ballistics: Theory and Design of Guns and Ammunition by Donald E. Carlucci, Sidney S. Jacobson

By Donald E. Carlucci, Sidney S. Jacobson

Even the earliest weapon builders confronted the necessity to know the way and why weapons and ammunition paintings with a view to increase their effectiveness. As guns turned extra refined, the sector of ballistics clearly divided into 3 major components of specialization: interior, exterior, and terminal ballistics. delivering specified insurance of all 3 parts, Ballistics: thought and layout of weapons and Ammunition bargains a continuing presentation of the complicated phenomena that ensue in the course of the release, flight, and effect of a projectile.
Reader-friendly well-liked and layout, the e-book explains the elemental physics, terminology, conception, engineering facets, and layout recommendations for every zone in progressively expanding element and complexity. beginning with inside ballistics, the authors study the analytical and computational instruments used to foretell a weapon’s habit by way of strain, pressure and pace, demonstrating their purposes in ammunition and guns layout. The publication maintains with assurance of external ballistics, exploring the physics at the back of trajectories, together with linear and nonlinear aeroballistics. the ultimate part specializes in the results of projectile influence, together with info on surprise physics, formed fees, penetration, fragmentation, and wound ballistics.
Enhanced with insights drawn from the authors’ vast event in executive laboratories, undefined, and academia, Ballistics presents an incredible automobile for encouraging improved layout and cutting edge purposes within the box.

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Extra resources for Ballistics: Theory and Design of Guns and Ammunition

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That’s pretty fast but we used a lot of butane, assumed the products return to ambient conditions quickly, and neglected things. Also note that the length of the tube did not come into play. We would definitely have to account for this as we shall later see. One important parameter in determining the amount of energy transferred to the projectile is the temperature of the product gases. As you can see from our example, an increase in the temperature of the product gases will result in a decrease in the projectile ß 2007 by Taylor & Francis Group, LLC.

We shall adopt a convention that is standard in many thermodynamics texts [5,13,14] that models air as 21% diatomic oxygen (O2) and 79% diatomic nitrogen (N2). 76 moles of nitrogen. This relationship comes about because ! moles N2 ! moles N2 mole air ! 97 kg=kg-mol. The balancing of a chemical reaction determines what the molecular composition of the combustion products will be and furthermore helps us to quantify the amount of energy absorbed or released. If energy is absorbed in a chemical reaction, in other words, if we had to add energy to force the reaction to completion, the reaction is said to be endothermic.

In this instance, the enthalpy would be greater than the internal energy because it includes the work done in lifting the piston. When a substance changes form, chemically or physically, energy is either absorbed or released. The method that we use to quantify this energy change is through heats of formation and the like. Though called a ‘‘heat,’’ what is really implied is an enthalpy change. We shall proceed through these different enthalpy changes, attempting to list some of the more common ones.

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