Author Login IJIRT Partner Network (IPN) Login

CFD Transient Thermal Analysis of Cylinder Fins by Using Different Materials

  • Unique Paper ID: 148511
  • Volume: 6
  • Issue: 2
  • PageNo: 250-257
  • Abstract:
  • The cylinder block is an integrated structure comprising the cylinder of a reciprocating engine and often some or all of their associated surrounding structures (coolant passages, intake and exhaust passages and ports, and crankcase). The term engine block is often used synonymously with "cylinder block" (although technically distinctions can be made between engine block cylinders as a discrete unit versus engine block designs with yet more integration that comprise the crankcase as well). The energy is transit is termed Heat and Heat is a form of energy. The molecules of a substance are in parallel motion. The mean kinetic energy per molecule of the substance is proportional to its absolute temperature. The transmission of energy from one region to another as a result of temperature gradient. In heat transfer the driving potential is temperature difference. The aim of this study to optimized the better material for engine cylinder block for maximum heat transfer. The main focus on the study are to make as fast as heat transfer from the cylinder block. In this work the model of engine cylinder block has been design in ANSYS 14.5.The designed model has been meshed and the transient analysis of engine cylinder block done.The transient thermal analysis ware performed using an analytical software package ANSYS worktable supported finite volume analysis. Within the present work transient thermal analysis is performed for various material for engine cylinder fin. The subsequent points are recognized within the variety of conclusive statements that are as follows. From the results it is clearly shows that the fin which is made up of Aluminum alloy 6061 attain maximum temperature of 793.1 °C at 10 seconds in comparison to other where aluminum alloy 795.71°C, Al metal matrix composition alloys (Al-MMC) 793.67°C.Aluminum alloy 6061 dissipates more heat as compare to other material. Aluminum alloy 6061 attain maximum heat flux of 2.1013e+005 W/m2 at 10 seconds in comparison to other where aluminum alloy 1.1832e+005 W/m2.Aluminum alloy 6061 attain maximum directional heat flux of 1.6841e+005 W/m2 at 10 seconds in comparison to other where aluminum alloy 95063 W/m2.
email to a friend

Cite This Article

  • ISSN: 2349-6002
  • Volume: 6
  • Issue: 2
  • PageNo: 250-257

CFD Transient Thermal Analysis of Cylinder Fins by Using Different Materials

Related Articles

17 Apr, 2020

ROLE OF DYNAMIC PROGRAMMING FOR DATA ANALYSIS & MATHEMATICAL APPLICATION

Read More
25 Mar, 2020

Thermal Performance Comparison of Various Corrugated Channels on a Corrugated Heat Exchanger using CFD

Read More
17 Mar, 2020

IMAGE DENOISING USING GRAPH LAPLACIAN REGULARIZATION: A REVIEW

Read More
17 Mar, 2020

PERFORMANCE ANALYSIS OF BLACK HOLE ATTACK IN MANET USING OPNET

Read More
25 Feb, 2020

Heat Transfer Enhancement in a Double Pipe Heat Exchanger using Bio-Nanofluid (Mango-Bark) using CFD

Read More
25 Jul, 2019

A REVIEW ON VIABILITY OF THERMAL ENERGY STORAGE AND PHASE CHANGE MATERIAL

Read More
29 Jun, 2019

CFD Analysis of Effect of Turbulator on Cooling of Turbine Blade

Read More
20 Jun, 2019

AERODYNAMICS DESIGN AND ANALYSIS OF SMALL HORIZONTAL AXIS WIND TURBINE

Read More
18 Jun, 2019

EFFECT OF AIR BUBBLE INJECTION ON THE PERFORMANCE OF A DOUBLE PIPE HEAT EXCHANGER USING CFD

Read More
15 Jun, 2019

CFD ANALYSIS FOR CAVITATION OF A CENTRIFUGAL PUMP IMPELLER

Read More
Impact Factor
8.01 (Year 2024)
UGC Approved
Journal no 47859

Join Our IPN

IJIRT Partner Network

Submit your research paper and those of your network (friends, colleagues, or peers) through your IPN account, and receive 800 INR for each paper that gets published.

Join Now

Latest Publication

Archive

View More

Recent Conferences

NCSEM 2024

National Conference on Sustainable Engineering and Management - 2024 Last Date: 15th March 2024

Submit inquiry