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The high thermal conductivity is one of the most important properties of materials used for brake shoes and plates manufacture. Besides these materials should have a high friction coefficient, toughness and endurance. The metalplastic compositions are widely represented among the materials used now, however they have low heat conductivity coursed in limitation of transport driving capabilities. For the solution of this problem, we offer to apply recently created porous materials - gasars with monolithic metal matrix and cylindrical (or ellipsoidal) pores charged with abrasive powder. The tests have shown, that Gasar brake components have higher thermal conductivity and combine properties of solid metal and frictional material.

An innovative rotary engine uses a rotor that executes pendulum-like oscillatory rotation. This is converted into uniform rotation of the drive shaft by a simple mechanism. The new design is compact, lightweight and powerful. Simpler and cheaper fabrication, lower levels of noise and vibration, easier maintenance are among its advantages over the Wankel rotary engine and the Otto piston engine.

An innovative rotary engine uses a rotor that executes pendulum-like oscillatory rotation. This is converted into uniform rotation of the drive shaft by a simple mechanism. The new design is compact, lightweight and powerful. Simpler and cheaper fabrication, lower levels of noise and vibration, easier maintenance are among its advantages over the Wankel rotary engine and the Otto piston engine.

An innovative rotary engine uses a rotor that executes pendulum-like oscillatory rotation. This is converted into uniform rotation of the drive shaft by a simple mechanism. The engine also employs parameter resonance. The new design is compact and lightweight. Economy of fuel and lubricants, reduced air pollution, simpler and cheaper fabrication, lower levels of noise, easier maintenance are among its advantages over the Wankel rotary engine and the Otto piston engine.