A Method of Processing of Involute Profiles of Large-Module Gear Wheels
p.546
p.546
Assemblability and Mobility of Bricard’s Linkage Modifications
p.552
p.552
Temperature Operation Mode of Hydraulic Pressure Rings for Contact Shoes in Ore-Thermal Furnace
p.557
p.557
Optical Сlocks and Thermal Fields Impact
p.561
p.561
Design Optimization of Small Shaped Charges with the Use of Complex Casing
p.566
p.566
The Definition of Underground Vehicles’ Running Resistance
p.570
p.570
Power Characteristics of the Vibration Isolators
p.575
p.575
Enhancement of Hybrid Electric Vehicle Powertrain Performance
p.580
p.580
Development of the Thermal Equivalent Circuit for Evaluating the Capacity of High Voltage Cables in Real Time
p.586
p.586
Design Optimization of Small Shaped Charges with the Use of Complex Casing
Abstract:
A new design of shaped charges with a complex cumulative casing was proposed. The casing consists of two parts: conical and spherical. Mathematical modeling is conducted to determine the optimum shape of the cumulative casing. The feasibility of increasing the inlet area formed at detonation of the proposed shaped charge up to 2.8 times has been demonstrated.
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Periodical:
Applied Mechanics and Materials (Volume 698)
Pages:
566-569
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Online since:
December 2014
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© 2015 Trans Tech Publications Ltd. All Rights Reserved
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