Air Conditioner | CFD Project | Ansys | M.Tech Thesis | Project File

To enjoy our add free lectures, install our android app SHANTI CLASSES from Play Store.
play.google.co...
Also must watch, How to plot graph in ANSYS FLUENT? || Ansys Fluent Tutorial
• How to Plot Graph in A...
We recommend you following purchases:
Five Chapter Model for Research Thesis Writing: 108 Practical Lessons for MS/MBA/M.Tech/M.Phil/LLM/Ph.D Students
amzn.to/2MX7VNe
Ansys Workbench 14.0 for Engineers and Designers (MISL-DT)
amzn.to/35S7tIM
Computational Fluid Dynamics and Heat Transfer
amzn.to/2W1nyHe
Are you ready to learn ANSYS
amzn.to/33GI1nA
An Introduction to Computational Fluid Dynamics: The Finite Volume Method
amzn.to/2pAbQrh
Non-Conventional Energy Resources
amzn.to/33NoXE1
Structure of Nucleon Excited States from Lattice QCD (Springer Theses)
amzn.to/35S7iNC
=================================
Ventilation techniques are the most important for building cooling/ventilation. Successful design of a passive cooling /ventilation of building require a good understanding of the air flow patterns around it and the effect of the neighboring buildings. In the present work, a detailed review has been made on the various passive cooling/ ventilation techniques adopted to achieve thermal comfort in buildings. The main goal of this study is to determine the air ventilation and temperature distribution in the room. Performance of the air conditioner is showed for different location positions. Different researches studied to study the behavior of A. C. at various locations in room.
----------
Title
CFD ANALYSIS OF ROOM WITH AIR CONDITIONER BY USING ANSYS WORKBENCH
ISSN
2349-5162
Cite This Article
"CFD ANALYSIS OF ROOM WITH AIR CONDITIONER BY USING ANSYS WORKBENCH", International Journal of Emerging Technologies and Innovative Research, ISSN:2349-5162, Vol.5, Issue 7, page no.99-104, July-2018, Available :www.jetir.org/p...
Authors
Abhinandan Kumar
V. N. Bartaria
Abstract
The experimental analysis has been performed within two equal varieties of room for air conditioning and studied distinct duct locations in the room and optimize minimum room cooling time. The consequences of the air-conditioning device’s overall performance and thermal consolation evaluation are presented and an evaluation is made to the exceptional locations of delivering air flow. In this research, numerous locations utilized for Air Conditioning air go with the flow supply. two rooms designed with the same dimensions at different locations of the Air conditioner unit in the room. Room designing and evaluation achieved in ANSYS CFD tool. Thermal situations of room optimized with ANSYS CFD Simulation tool.
Key Words
Air-conditioning control, thermal comfort, FEM, CFD Analysis.
#CFD #AC #ASKAzad
-----------------------------------------------------------------
About A.S.K.Azad Sir,
B.E. (Production Engineering) from BIT, Mesra | M.E. (Thermal Engineering) | GATE AIR: 159 (PI) | Research Scholar | Social Worker |
"SHANTI CLASSES (A.S.K.Azad Mechanical Engineering)"
We are inviting you all to make educational videos related to any subject or topics for this channel, all the revenue collected from your videos will be yours. If you have any queries, suggestions or feedback then e-mail me at "[e-mail]"
"ज्ञान दान सर्वोत्तम दान"
"Knowledge donations best charity"
हमारी संस्थायें :
SHANTI PHYSICS CLASSES, HILSA (NALANDA),
AZAD MEMORIAL SCHOOL, INDAUT (HILSA)
CLIMAX COACHING CENTER, INDAUT (HILSA)
-----------------------------------------------------------------
You can also join us on different social platform
Join our new Telegram Group for getting regular updates about new uploaded videos.
💐 A.S.K.Azad Mechanical Engineering
t.me/ASKAzadMe...
My Facebook Page: "SHANTI CLASSES"
/ shantiphysicsclasses
My KZbin Channel: "A S K Azad Science & God"
/ abhinandankumar20101
Follow me on Twitter: "Physics, Chemistry, Biology & Mathematics" (@A_S_K_Azad): / a_s_k_azad
My Instagram: "abhinandankumar2010"
/ abhinandankumar2010
My Facebook Id:
/ abhinandankumar2010
-----------------------------------------------------------------
#ShantiClasses #ASKAzad #SPC #AMS #CCC
ansys cfd ansys cfd ansys fluent cfd ansys cfd simulation cfd analysis air conditioner ansys projects for mechanical engineering
project file

[@thirunavukkarasua6776]

Hi, Like to know how can we define the initial room temperature? is that one what you given in Wall1 --> convection? Can you please clarify?

[@ozgur5805]

First of all, thank you for your work, I also reviewed your article, but I could not see where you got the cooldown time values in seconds. Could you please tell me how you did it? I need this so much I'm doing some homework.

[@mohdkaifshaikh9236]

Sir can u take paid projects of cfd analysis?

[@sunilkhadka6141]

Heat transfer coefficient of wall is 5. Isn't that too high?

[@gabrielf982]

Awesome! How can I to model a 3D room since an AutoCAD floor plan on Ansys to simulate a HVAC system?

[@hisyamuddinishak3547]

can we add the metabolic rate(met) and clothing level(clo) parameter into Ansys Fluent software?

[@mouymeta1877]

How can I make this geometry and mesh independent test result,

[@yuvrajb4696]

Thanks sir really appreciate and please make such video to motivate us

[@shanticlasses]

Ok, of course, please help us to take it to the students.

[@britney3468]

Hi, as from the residual plot, the solution does not converge. May i know how to get a converged solution?

[@shanticlasses]

Have you tried these suggestions from the manual: Check for sufficient supports to prevent rigid body motion or that contact with other parts will prevent rigid motion. Check that the loading is of a reasonable nature. Unlike linear problems whose results will scale linearly with the loading, advanced contact is nonlinear and convergence problems may arise if the loading is too big or small in a real world setting. If the contact type is frictionless, try setting the type to rough. This may help some problems to converge if any possible sliding is not constrained. Check that the mesh is sufficiently fine on faces that may be in contact. Too coarse a mesh may cause inaccurate answers and convergence difficulties. Consider softening the normal contact stiffness KN to a value of .1. The default value is 1 and may be changed by setting the Normal Stiffness. Smaller KN multipliers will allow more contact penetration which may cause inaccuracies but may allow problems to converge that would not otherwise. If symmetric contact is being used (by default the contact is symmetric), consider using asymmetric contact pairs. This may help problems that experience oscillating convergence patterns due to contact chattering. The program can be directed to automatically use asymmetric contact in the Details view of the Contact Folder.

[@hendusef3694]

Thank you this is very helpful

[@shanticlasses]

Most welcome, please share this video, this is motivate us to make more awesome videos like this.

[@dayasagarbandi463]

Sir I'm studying M Tech Thermal engineering now, my project will starts from August on wards... so can u please suggest which type of project is better for me?

[@shanticlasses]

Find any best way to harras Renewable energy from their source.

[@bharatsakre7129]

Sir you can share this project room file me learn about it

[@shanticlasses]

I'll try.

[@bharatsakre7129]

Thank you sir

[@vinishphagoe7958]

@@bharatsakre7129 hello sir, can you share this project file also with me

[@vinishphagoe7958]

@@shanticlasses hello sir, can you share this project file also with me

[@hamzamehr1499]

Hey can you please give me the thesis? I would like to give it a read.

[@shanticlasses]

Please share this video and help us to get atleast 100 subscribers then we'll add you in our prime member and share our whatsapp number with you. On whatsapp you can ask your questions, also we provide you all required documents.

[@yuvrajb4696]

@@shanticlasses thanks sir

[@shanticlasses]

Most welcome, please help us to take it to learners. Share it.

[@imms2852]

thanks .. i need this thesis please

[@shanticlasses]

Title CFD ANALYSIS OF ROOM WITH AIR CONDITIONER BY USING ANSYS WORKBENCH ISSN 2349-5162 Cite This Article "CFD ANALYSIS OF ROOM WITH AIR CONDITIONER BY USING ANSYS WORKBENCH", International Journal of Emerging Technologies and Innovative Research, ISSN:2349-5162, Vol.5, Issue 7, page no.99-104, July-2018, Available :www.jetir.org/papers/JETIR1807263.pdf Authors Abhinandan Kumar V. N. Bartaria Abstract The experimental analysis has been performed within two equal varieties of room for air conditioning and studied distinct duct locations in the room and optimize minimum room cooling time. The consequences of the air-conditioning device’s overall performance and thermal consolation evaluation are presented and an evaluation is made to the exceptional locations of delivering air flow. In this research, numerous locations utilized for Air Conditioning air go with the flow supply. two rooms designed with the same dimensions at different locations of the Air conditioner unit in the room. Room designing and evaluation achieved in ANSYS CFD tool. Thermal situations of room optimized with ANSYS CFD Simulation tool. Key Words Air-conditioning control, thermal comfort, FEM, CFD Analysis. Cite This Article "CFD ANALYSIS OF ROOM WITH AIR CONDITIONER BY USING ANSYS WORKBENCH", International Journal of Emerging Technologies and Innovative Research (www.jetir.org | UGC and issn Approved), ISSN:2349-5162, Vol.5, Issue 7, page no. pp99-104, July-2018, Available at : www.jetir.org/papers/JETIR1807263.pdf Publication Details Published Paper ID: JETIR1807263 Registration ID: 184928 Published In: Volume 5 | Issue 7 | Year July-2018 DOI (Digital Object Identifier): Page No: 99-104 ISSN Number: 2349-5162