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Showing 1 to 7 of 7 for “"engine lubrication"”.

  1. Engine lubrication oil aeration

    The lubrication system of an internal combustion engine serves many purposes. It lubricates moving parts, cools the engine, removes impurities, supports loads, and minimizes friction. The entrapment of air in the lubricating oil is called oil aeration. Oil aeration can be detrimental to internal …

    mit Repository record for Engine lubrication oil aeration (opens in a new tab)

  2. Tribopolymerization as an approach to two-stroke engine lubrication

    … the current status of two-cycle gasoline engines from the standpoint of design, performance, benefits, lubrication and emissions. The two-stroke engine offers several significant advantages over its four-stroke counterpart, which include: simple design, low production cost, higher power to …

    vt Repository record for Tribopolymerization as an approach to two-stroke engine lubrication (opens in a new tab)

  3. Modeling of two-body fatigue wear of cylinder liner in internal combustion engines during the break-in period and its impact on engine lubrication

    Internal combustion engines are widely utilized in modem automobiles. Around 10% of the total fuel energy is dissipated to heat due to mechanical friction, among which 20% is caused by the contact between the cylinder liner and the piston rings. The wear of cylinder liner not only leads to surface …

    mit Repository record for Modeling of two-body fatigue wear of cylinder liner in internal combustion engines during the break-in period and its impact on engine lubrication (opens in a new tab)

  4. Characterization of lubricant-derived ash deposition within pores of Diesel Particulate Filters through non-destructive advanced imaging techniques

    … the past thirty years to trap and oxidize diesel engine exhaust gas particulate matter in order to meet increasingly stringent emission regulations. Due to engine lubrication oil inorganic additives and internal engine wear, ash particles tend to accumulate within the DPF, contributing to a sharp …

    mit Repository record for Characterization of lubricant-derived ash deposition within pores of Diesel Particulate Filters through non-destructive advanced imaging techniques (opens in a new tab)

  5. A Conditional approach to the tribology of RNLI marine systems.

    … mechanisms in the 4-stroke heavy duty diesel engines of RNLI lifeboats were investigated. These mechanisms lead to the increased wear of main engine components, such as cylinder liners. The lifeboat application is distinct from the other marine applications from an engine lubrication

    bournemouth Repository record for A Conditional approach to the tribology of RNLI marine systems. (opens in a new tab)

  6. Pretreatment of Small Four-Stroke Engine Components for No-Oil Hot Tests

    … automotive plants, where the condition of the engine is checked by running it for a short period of time, to ensure its performance under standard operating conditions. The duration of hot-tests for small engines varies from 20-75 seconds. In the conventional procedure, about 10-30 grams of …

    vt Repository record for Pretreatment of Small Four-Stroke Engine Components for No-Oil Hot Tests (opens in a new tab)

  7. Rheological characterization of lubricants in automotive industries through development of a novel capillary breakup extensional rheometer

    … including paint spray, auto-body coating, engine lubrication, and other processes involving high deformation rates. The experimental technique of capillary thinning is utilized for characterizing the fluids and an improved design of the Capillary Breakup Extensional Rheometer (CaBER) is …

    mit Repository record for Rheological characterization of lubricants in automotive industries through development of a novel capillary breakup extensional rheometer (opens in a new tab)