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Vertical Opposed Piston Engine: A Review

Avinash A. Jadav, Biren J Saradava


Nowadays many new technologies are available in our daily life. Now there is need to change the technology of automobiles also. We all know that we don't have more fuel in earth therefore we need to design new engines which are light in weight, more efficient, more powerful, have more speed, etc. In today's market, people want all these features in only one engine. People are also using hybrid engines, hybrid fuels, electric motors, opposed piston engines, opposed cylinder engines, etc. Now this design is, new opposed piston engine in which all these features are included. We can get more speed, more power, more efficiency and low price as compared to v shape engine.


Speed, power, efficiency

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Callahan BJ, Wahl MH, Froelund K. Oil

Consumption Measurements for a Modern

Opposed-Piston Two-Stroke Diesel

Engine. In Proceedings of the ASME 2011

Internal Combustion Engine Division Fall

Technical Conference, Morgantown, WV,

USA. 2–5 Oct 2011; 1019–1028p.

Kalebjian C, Redon F, Wahl M. Low

Emissions and Rapid Catalyst Light-off

Capability for Upcoming Emissions

Regulations with an Opposed-Piston,

Two-Stroke Diesel Engine. Troy, MI,

USA: Global Automotive Management

Council and Emissions; 2012.

Hofbauer P. Opposed Piston Opposed

Cylinder (OPOC) Engine for Military

Ground Vehicles. SAE Technical Paper

-01-1548. Warrendale, PA, USA:

SAE; 2005.

Pirault JP, Flint M. Opposed-Piston

Engines: Evolution, Use, and Future

Applications. Warrendale, PA, USA: SAE

International; 2010.

Franke M, Huang H, Liu JP. Opposed

Piston Opposed Cylinder 450 HP Engine:

Performance Development by CAE

Simulations and Testing. SAE Technical

Paper 2006-01-0277. Warrendale, PA,

USA: SAE; 2006.

Zhao ZF, Wu D, Zhang FJ. Design and

Performance Simulation of OpposedPiston Folded-Crank Train Engines. SAE

Technical Paper 2014-01-1638.

Warrendale, PA, USA: SAE; 2014.

Xie ZY, Zhao ZF, Zhang ZY. Numerical

Simulation of an Opposed-Piston TwoStroke Diesel Engine. SAE Technical

Paper 2015-01-0404. Warrendale, PA,

USA: SAE; 2015.

Ma FK, Zhao CL, Zhang SL. Scheme

Design and Performance Simulation of

Opposed-Piston Two-Stroke Gasoline

Direct Injection Engine. SAE Technical

Paper 2015-01-1276. Warrendale, PA,

USA: SAE; 2015.

Heywood JB. Internal Combustion

Engines Fundamentals. New York, NY,

USA: McGraw Hill International; 1988.

Pirault J-P, Flint M. Opposed Piston

Engines: Evolution, Use, and Future

Applications. Warrendale: SAE

International; 2009. DOI: 10.4271/R-378.

/ m

Francisco B, Santos A, Gregorio J.

Computational Analysis of the Scavenging

of a Two-Stroke Opposed Piston Diesel

Engine. In Proceedings of the 2010

International Conference of Mechanical Engineering, London, UK. 30 Jun–2 Jul

; 30.

Naik S, Johnson D, Koszewnik J, et al.

Practical Applications of Opposed-Piston

Engine Technology to Reduce Fuel

Consumption and Emissions. SAE

Technical Paper 2013-01-2754.

Warrendale, PA, USA: SAE; 2013.

Regner G, Naik S. Not All Two-Stroke

Engines Are Created Equal. 2013.

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