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Sunthar's Lectures in Chemical Engineering
Индия
Добавлен 5 янв 2021
Lectures in core chemical engineering as well as allied areas in product development, software tools. Delivered at IIT Bombay
Tutorial on Free Convection Heat Transfer
Lectures delivered in IIT Bombay, Department of Chemical Engineering
CL246 2020-2 (or Jan 2021)
Creative Commons (CC): BY-SA
CL246 2020-2 (or Jan 2021)
Creative Commons (CC): BY-SA
Просмотров: 77
Видео
Plate Heat Exchanger Animation
Просмотров 221Год назад
Animation of the counter-flow of hot- and cold-fluids inside a plate heat exchanger. * Alternate plates carry hot and cold fluids * This is controlled by the design of gaskets which allow flow from only one side of the plate, alternating between plates. Created by Suraj Walunj (www.behance.net/surajwalun3253) through FOSSEE (fossee.in) projects of IIT Bombay Creative Commons (CC): BY-SA
Shell and Tube Heat Exchanger: Performance Calculation
Просмотров 815Год назад
Chemical Engineering Lab, Department of Chemical Engineering, IIT Bombay * Heat Transfer calculations for Heat Exchangers * Performance calculations (estimation of hot outlet temperature) Creative Commons (CC): BY-SA
G20: Effective Greenhouse Farming
Просмотров 118Год назад
Cornerstone Project in Heat Transfer, Department of Chemical Engineering, IIT Bombay CL246 2021-2 (or Jan 2022) Tanirika Roy Utkarsh Gupta Adithya Krishna Ishika Mamtani Shivaji Yadav Akash Shikhar Gupta Creative Commons (CC): BY-SA
G21: Food Preservation Chamber
Просмотров 150Год назад
Cornerstone Project in Heat Transfer, Department of Chemical Engineering, IIT Bombay CL246 2021-2 (or Jan 2022) Karan Bayad Sanya Arora Ayush Jain Santhosh Vijayagiri Nishit Trivedi Aditya Sunda Parth Dani Ganesh Mahajan Creative Commons (CC): BY-SA
G22: Air Conditioner: Design and Structure Optimisation
Просмотров 116Год назад
Cornerstone Project in Heat Transfer, Department of Chemical Engineering, IIT Bombay CL246 2021-2 (or Jan 2022) Generators: Mahek Virwani Eeshaan Bhatnagar Ideators: Adarsh Agarwal Ankit Kumar Planners: Tanmay Lodha Nagelli Sainath Solvers: Akhil Goenka Ravi Kumar Creative Commons (CC): BY-SA
G23: Vaccine Storage through Thermo-acoustic Refrigeration
Просмотров 101Год назад
Cornerstone Project in Heat Transfer, Department of Chemical Engineering, IIT Bombay CL246 2021-2 (or Jan 2022) Vaccine storage is complicated and often requires inexpensive resources and skill to implement. We want to design vaccine storage through Thermo-acoustic Refrigeration which involves very minimal moving parts and is easy and cost effective to implement. Saksham Zanjari Rahul Tembhurne...
G24: Resolving the Loss in Efficiency of Solar Panels Due to Overheating
Просмотров 57Год назад
Cornerstone Project in Heat Transfer, Department of Chemical Engineering, IIT Bombay CL246 2021-2 (or Jan 2022) Dheer Kamlesh Bhanushali Ritik Kumar Sakshi Priya Rahul Jangir Ankit Ramakant Somani Hemant Hemant Ayush Kapoor Shashank Sanjay Ajmera Creative Commons (CC): BY-SA
G25: Modelling and Minimising the Car Cabin Temperature
Просмотров 113Год назад
Cornerstone Project in Heat Transfer, Department of Chemical Engineering, IIT Bombay CL246 2021-2 (or Jan 2022) Experimentally obtain the temperature v/s time data inside the car cabin and plot it. Model the obtained data using the heat transfer equations in order to achieve consistent results with the experimental graph. Compare the rate of temperature rise with time, the maximum temperature r...
G26: Temperature regulation of a motorbike seat
Просмотров 86Год назад
Cornerstone Project in Heat Transfer, Department of Chemical Engineering, IIT Bombay CL246 2021-2 (or Jan 2022) Normal two-wheelers use PVC leather cloth seat covers that are mainly black in color, absorb very high heat when exposed to sunlight and become unbearably hot. Our problem revolves around the heating of a motorbike seat and the increasing nature of the temperature profile associated w...
G27: Heat Exchanger based Chimney System for Kitchens
Просмотров 49Год назад
Cornerstone Project in Heat Transfer, Department of Chemical Engineering, IIT Bombay CL246 2021-2 (or Jan 2022) The energy crisis has been a hot topic of discussion for a long time, but little has ever come out of it. The increasing shortage of natural resources and growing global warming has made it imperative for each individual to think about conservation of energy. One sector which has huge...
G28: Utilising Vehicle Exhaust for Maintaining the Temperature of Food Delivery Boxes
Просмотров 75Год назад
Cornerstone Project in Heat Transfer, Department of Chemical Engineering, IIT Bombay CL246 2021-2 (or Jan 2022) Online food deliveries are widespread in this online era, especially during and after the lockdown. Approximately 2 million food deliveries take place every day in India. The food item to be delivered to the customer requires at least 15 to 30 minutes from the time of preparation. Dur...
G29: Analysis of Heat Transfer in a Baby Incubator
Просмотров 78Год назад
Cornerstone Project in Heat Transfer, Department of Chemical Engineering, IIT Bombay CL246 2021-2 (or Jan 2022) An incubator is a fixture to ensure that babies needing extra support have the best possible environment and continual monitoring. It is like a second womb that is designed to protect a baby and provide the optimal conditions for their development. In an infant incubator, there are ex...
G30: Enhancement of Cooling System in Automobiles
Просмотров 65Год назад
Cornerstone Project in Heat Transfer, Department of Chemical Engineering, IIT Bombay CL246 2021-2 (or Jan 2022) Heating up of the cooling system in automobiles is a concern. The cooling system is an integral part of the structure of automobiles and should be taken great care of, so as to ensure its proper functioning. If the engine is overheated, it may result in the melting of engine parts and...
Cavity Flow Refinement: Preparatory Material
Просмотров 75Год назад
OpenFOAM Tutorials, Department of Chemical Engineering, IIT Bombay Lecture slides can be viewed/downloaded from here: drive.google.com/drive/folders/11FR6U1ECwaOZT0sXB4AGv-_EPlgcgUfK Creative Commons (CC): BY-SA
Basic Command Line Linux for OpenFOAM
Просмотров 8472 года назад
Basic Command Line Linux for OpenFOAM
OpenFOAM Installation on Windows 10 using WSL Ubuntu
Просмотров 1,2 тыс.2 года назад
OpenFOAM Installation on Windows 10 using WSL Ubuntu
G29: Thermotrap--controlled humidity ship engine rooms
Просмотров 1182 года назад
G29: Thermotrap controlled humidity ship engine rooms
G28: Cooling System in high processing CPUs
Просмотров 1312 года назад
G28: Cooling System in high processing CPUs
G27: Possible approach to subdue laptop heating problems
Просмотров 1142 года назад
G27: Possible approach to subdue laptop heating problems
G24: Analysis of Heat Transfer for a Martian Structure
Просмотров 1242 года назад
G24: Analysis of Heat Transfer for a Martian Structure
G22: Efficient heating of kitchen utensils
Просмотров 742 года назад
G22: Efficient heating of kitchen utensils
G21: VaccBox Vaccine box for efficient passive transport
Просмотров 712 года назад
G21: VaccBox Vaccine box for efficient passive transport
G19: Optimization of efficiency of industrial Heat Exchanger
Просмотров 4742 года назад
G19: Optimization of efficiency of industrial Heat Exchanger
G17: Optimization of Thermal Control in Buildings
Просмотров 1592 года назад
G17: Optimization of Thermal Control in Buildings
G16: SoVac: Solar Powered Vaccine Storage Unit
Просмотров 1122 года назад
G16: SoVac: Solar Powered Vaccine Storage Unit
Great! Ty! Did you happen to mention the pressure and volume of media required, and I missed it?
Excellent demonstration. I am in middle of my dissertation and wanted to visualize this. Greatly explained
please inform about diff. pressure measuring unit. regards
well done, great clear explination
thank you for the video, but i want to copy file from drive c and paste in my ubuntu it is not possible,,, can it be possible ?
Hello, how can I talk with u. I'm a PhD student in chemical engineering, I have some questions about this field. Can u help me? Best regards.
please provide contact details
Hello sir Very nice video Can I get your number to discuss something about this
00:06 Learn the LMTD method of heat exchanger design for size selection. 02:05 The LMTD method is used to calculate heat transfer in different types of flow. 04:06 12.2 LMTD Method 06:33 The 12.2 LMTD method calculates heat transfer between two fluids with positive temperature profiles. 08:34 The expression for d delta t remains the same in parallel and counter flow, but the sign difference and differential equation vary. 10:50 The 12.2 LMTD Method explains the locations and expressions for parallel and counter current flow. 13:05 The LMTD method is used to calculate the total heat rate and obtain the desired unknown, which is area. 15:25 LMTD method is used for heat exchanger size selection.
Sir please upload process dynamics and control lab experiments : PROCESS DYNAMICS AND CONTROL LAB Experiments 1. I & II Order System Dynamics 2. Interacting & non interacting Systems 3. Flapper - Nozzle system 4. Control valve characteristics 5. Level control system 6. Flow control system 7. Pressure control system 8. Control of a thermal system 9. Design of control system for a given process 10. Simulation of a closed loop system 11. Demo Experiment using Aspen Software of a given process
Sir please do upload process modelling and simulation experiments : Process modelling and Simulation lab experiments 1. Estimation of dew point and bubble point temperature of a hydrocarbon mixture 2. Simulation of flash drum 3. Design of ditillation column 4. Optimization of a flow sheet or process 5. Determination of temperature profiles for heat exchanger 6. Concentration profiles for reactor 7. Simulation of Jacketed CSTR 8. Simulation of process 9. Simulation of evaporator/ distillation column/ extraction process
Hi, Thanks for the video. Is it possible to get a video doing this step by step instead of explaining it? Maybe it helps us more. The same for the videos of the list
Sir urgent reply me
Such a great video to illustrate the phenomena! How do you ensure the inlet air is homogeneously introduced?
Very good setup to understand the behavior of fluidization on solids. I would appreciate an explanation on how to calculate the air flow rate needed given a large square area holding the solids. Thank you in advance for enlighting us.
💯💯💯
Sir, can you make a sequential video player for all your openfoam lectures in a sequence it will help a lot to students
Thank you for the suggestion. Here is a playlist for OpenFOAM: ruclips.net/p/PLS08oX34RFO38aJGKnLoYDYWDx-sIT93Z Hope you find it useful.
tnx sir
Thank you, professor, for providing this valuable information on experimentation.
Voice is very slow
I agree. Sorry about that. I myself play it at 2x speed ;-) I keep it that way so students who have a difficulty in picking up accents and language, can adjust the setting to fast or slow.
Hi there do you have data for this experiment
Sir please do upload all chemical engineering lab experiment demonstration pertaining to the Btech undergraduate syllabus
These are the ones I coordinated. Others are available in IIT Bombay's CDEEP channel.
Would there be a difference in fluid characteristics if a vacuum was applied to the top of the tube rather than pressurised air at the base?
Air flow from the base of the container is still necessary for fluidization to occur, so as long as that requirement is met, I don't see why not. However, the pressurized air at the base is used because we can control this flow rate with higher precision.
The absolute pressure does not matter, but as @clayton it is the flow created by a pressure difference. This balances the bed weight (in the expanded bed regime).
This is such a stupid question
Excellent!
It's very thoroughly understanding of fluidised Bed flow concept. As per Engineering Experimentation, understanding the basic laws of fluid density,flow pattern,bubbling phenomenon, Bed particle with variation in size,measuring equipment with Good clarity of video.Really Appreciable, the Experimentation procedure for new students of Engineering/PG/PhD.also. Thanks.
Awesome 💯
Amazing video sir, thank you
I came across a design solution, where you have 2 Shells in parallel and 6 tube passes. Can you describe how this works/looks like?
This is just brilliant,whao
Hlo sir
Thank you sir 😊
Aise sir milte kaha he .....thank you ☺️
Very much Helpful , thank you 🤗
Thank you very much, Sir.
thank you, it was great, I have a project for my heat transfer course and I'll definitely use all this information.