<--- Back to Details
First PageDocument Content
Crankcase / Inlet manifold / Continuous variable valve timing / Turbocharger / Cylinder head / Exhaust gas recirculation / Variable valve timing / Crankcase ventilation system / Hyundai Beta engine / Internal combustion engine / Mechanical engineering / Technology
Date: 2005-08-10 02:57:56
Crankcase
Inlet manifold
Continuous variable valve timing
Turbocharger
Cylinder head
Exhaust gas recirculation
Variable valve timing
Crankcase ventilation system
Hyundai Beta engine
Internal combustion engine
Mechanical engineering
Technology

Add to Reading List

Source URL: theeshadow.com

Download Document from Source Website

File Size: 1,65 MB

Share Document on Facebook

Similar Documents

Inlet manifold / Exhaust manifold / Compression ratio / Exhaust gas recirculation / Poppet valve / Piston / Cylinder head porting / Continuous variable valve timing / Internal combustion engine / Mechanical engineering / Technology

Microsoft Word - six_cylinders.docx

DocID: 181Qg - View Document

Variable valve timing / Exhaust manifold / Nissan VQ engine / Internal combustion engine / Mechanical engineering / Continuous variable valve timing

VQ35HR Engine/VQ25HR Engine The VQ35HR and VQ25HR are the two newest engines in the VQ series, developed as part of Nissan’s ongoing pursuit of the ultimate in responsive, smooth-revving powerplants. From the time the

DocID: 11ZGl - View Document

Variable valve timing / Variable Valve Event and Lift / Throttle / Valvetronic / Nissan VK engine / Internal combustion engine / Mechanical engineering / Continuous variable valve timing

Variable Valve Event and Lift System (VVEL) Nissan will continue to introduce more eco-friendly technologies, products and services under the objective of Nissan Green ProgramCombining VVEL with CVTC (continuously

DocID: 11YIq - View Document

Continuous variable valve timing / Variable valve timing / Compression ratio / Nissan VQ engine / Nissan / CVTCS / Transport / Internal combustion engine / Private transport

Top level power performance in class A symmetrical twin intake system and Continuously Variable valve Timing Control (CVTC) help the new VQ achieve class-leading output. Symmetrical twin intake system To reduce air intak

DocID: 11Kyc - View Document

Inlet manifold / Camshaft / Mitsubishi 4B1 engine / Continuous variable valve timing / Internal combustion engine / Mechanical engineering / Variable valve timing

HR/MR Engine Technology Overview Optimizing intake/exhaust efficiency Acoustic technology to satisfy the senses

DocID: W619 - View Document