Pervading Cold Testing of Engines in the Automobile Zone

Ankit Khurana

doi:10.4028/www.scientific.net/AMM.110-116.4544

Paper Titles

Analysis of an Engine Mounting Structure of an Aircraft with the Purpose of Accurate Adjustment
p.4522

A Numerical Study of the Effect of Pressure on Propulsive Droplets Sizing in a Duct by KIVA-3V Code
p.4527

Solution of Free Vibration Equations of Euler-Bernoulli Cracked Beams by Using Differential Transform Method
p.4532

Active Stabilization of a Two-Satellite Tether in Elliptic Orbits Using Coulomb Forces
p.4537

Pervading Cold Testing of Engines in the Automobile Zone
p.4544

ICA and BP Neutral Network Based Fault Detecting Algorithm for Large Engine
p.4549

Tilt Angle Optimization for Grid Interactive Solar Photovoltaic Array
p.4554

Investigation of Hand Worn Jewellery Effects on the Specific Absorption Rate in the Human Head and Hand
p.4559

Combustion Properties of Norwegian Biomass: Wood Chips and Forest Residues
p.4564

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 110-116Pervading Cold Testing of Engines in the...

Pervading Cold Testing of Engines in the Automobile Zone

Abstract:

Although the quality of a completed engine ready for shipping is traditionally assured by adopting the firing run at the final process of the engine assembly line, we have still not readily accepted the testing of engines in cold state i.e. without actual combustion & continue to neglect all its long term benefits in view of the immediate shortcomings which not only enhances the inspection speed, fault detection but also poses zilch threat to the environment around us. It increases the effectiveness of the “In-Process Quality Control” of an Engine production line.