found: Work cat: Payri, F. Experimental analysis of the influence of exhaust manifold junction geometry on its fluid-dynamic behavior, [2000]:p. 1 (The geometry of exhaust manifold junctions of internal combustion engines has a significant influence on the dynamic behavior of the exhaust flow)
found: Academic Press dictionary of science and technology, 1992:(exhaust manifold: a branched pipe system that carries spent gases from the combustion chambers of an internal combustion engine to an exhaust system. Also, Header)
found: McGraw-Hill dictionary of scientific and technical terms, 2003:(exhaust manifold: A branched system of pipes to carry waste emissions away from the piston chambers of an internal combustion engine)
found: Nayler, G.H.F. Dictionary of mechanical engineering, 1996:page 240 (manifolds: exhaust manifold: A pipe or chamber into which the exhaust gases of a piston engine are led from a number of cylinders)
found: Atkins, A.G. A dictionary of mechanical engineering, 2013:(exhaust manifold: In a multi-cylinder internal-combustion engine, steel, or ceramic pipes through which exhaust gases flow from a number of engine cylinders to an exhaust pipe)
found: Energy conversion and management, Aug. 2005:p. 2258 (Study on the design of inlet and exhaust system of a stationary internal combustion engine) p. 2286 (Conclusions. A study on the design of the exhaust system of a stationary natural gas engine is performed. The important issues of these investigations can be summarized as follows: In order to achieve an ideal constant pressure turbocharging, the diameter of the exhaust manifold is to be equal at least to the cylinder bore)
