ETP GROUP 4 1. AHMAD FIRDAUS BIN MOHAMAD 11105 2. CATHERINE SIM MONG PHENG 11319 3. FAIMAIZE BIN IBRAHIM 11449 4. MUHAMMAD SYAWATUL EQWAN BIN MOHAMED SAPII.

Slides:

Advertisements

Similar presentations

TRENDSETTING MINDSETS ARISE IN SMART HEADS

Advertisements

Cloud Chamber Cooling Analysis

Understanding Heat Transfer, Conduction, Convection and Radiation.

MEMBERS: MOHAMAD SYAHIRYADIY BIN JAMALUDIN14064 MOHAMAD SUFFIAN A RAHMAN12659 RAIHANA BT RADZLAN12831 MUHAMMAD HARIEZ BIN MOHD YAZRI14069 VIVNESH KUMAR.

AN-NAJAH NATIONAL UNIVERSITY FACULTY OF ENGINEERING DEPARTMENT OF MECHANICAL ENGINEERING Prepared by: Wajdi abu-muhsen Khaled aamer Ahmad Al-Hunate Nabeel.

Conduction, Convection, & Radiation Part II CRCT Prep.

Chapter 5 Lesson 1. Essential Question What factors affect the weather? How is Earth a system? How is temperature measured? How is heat transferred?

Analysis of PC Chip Heat Sink Design Royce Tatton ME 340 Dr. Solovjov Fall 2006.

H E A T T R A N S F E R Name : Mohammed Saad ALghamdi. Name : Mohammed Saad ALghamdi. ID : ID : Day : Wednesday. Day : Wednesday.

Specific Heat  Introduction—Temperature and Heat  Specific Heat Experiment  Heat Calculation for Water  Calculation of Specific Heat of Sample.

SOLAR HEATING Solar energy can be used for Solar water heating Solar space heating Solar pool heating.

Cooling Hot Chocolate in an insulated container James Jackson and Jordan Peterson.

Solar thermal energy Eng. Elamir Ahmed. Definition of solar thermal energy  Solar thermal energy is a renewable energy source.  Solar thermal uses technology.

CPO Science Foundations of Physics

Introduction to Heat Exchangers

…an innovative shell and tube heat exchanger with an exceptionally high heat transfer coefficient for industrial fluid cooling and air conditioning.

Some Like it Hot and Some Sweat when the Heat is On!!!

 Install new air cooled high efficiency screw chiller (variable speed)  Install new fan coils with ECM motors and low temperature heating coils and proper.

SOLAR THERMAL AIR CONDITIONER Design Team 8. Introduction Solar Air Conditioner Introduction Design Conclusion 6 December 2011 Team 8 Slide 2 Team 8:

ENGINEERING TEAM PROJECT Group 52 SAFETY LIGHT JACKET.

High Density Cooling Air conditioning for high density applications

INTRODUCTION Definition:

MEMB113 SECTION 1A DRAWING PROJECT PRESENTATION. 1- Muhammad Afiq B. Mohamed Amin 2- Anas B. Mashrin Zahari 3- Ahmad Kamal B. Mohamad Ali 4- Afzaruddin.

Thermal Energy and heat

ICARUS Cold Vessels Thermal insulation Project progress report.

What happens to the temperature if different volumes of water set at different temperatures are mixed together? They will reach thermal equilibrium and.

Thermal Energy. How does thermal energy work? Important terms to know:  Temperature:

HEATING SYSTEMS. Conventional heating systems The energy released by the burning fuel is transferred to the surrounding air by conduction, convection,

4/12/2011Controller Cooling Test1 Array Controller Cooling Test Bill Hoffmann April 12, 2011 This is a report on a test of the chilled water-to-air heat.

Engineering Team Project Group 42 ECO Thermo Cooler JACKY TIONG KET CHIING13826 MUHAMMAD AFZAL BIN AZMI13649 BADIUZAMAN BIN BAHARU15165 HUSSAM ELDIN SALAH15706.

7.3.4 Student Book © 2005 Propane Education & Research CouncilPage Identifying the Components and Operating Characteristics of Limit and Fan Controls.

Below is a detailed process of how the Iron gong vase is being produced.

Finding VOLUME. What is VOLUME? The amount of space that a 3-dimensional object takes up. Anything that exists, has volume…

PRESENTED BY: J.MIKE TYSON S.RAVIKUMAR S.SAKTHI M.SATHISHKUMAR.

ETP Group 241 ODOURLESS SHOE DRYER (OSD) ETP GROUP 24.

Heat Transfer. Heat is the transfer of thermal energy between substances that are at different temperatures.

Lecture 33Temperature and Heat1 The Transfer of Heat Adapted from Dr. Al-Kofahi. Picture ref’s:Cutnell & Johnson PC225, Dec 3 rd.

ETP GROUP 4 1. AHMAD FIRDAUS BIN MOHAMAD CATHERINE SIM MONG PHENG FAIMAIZE BIN IBRAHIM MUHAMMAD SYAWATUL EQWAN BIN MOHAMED SAPII.

ENGINEERING TEAM PROJECT ELECTRONIC MATRIC RECORDING SYSTEM GROUP 44 TEAM MEMBERS : MUHAMMAD ASYRAFF BIN AZMI (CHE)13675 DANDY LAU JING HUI (EE)13782 MUHAMMAD.

AP Physics Heat Capacity Lab Objective : The objective of this lab exercise is to use calorimetry as well as the concepts of heat capacity and exchange.

Thermoelectric Cooling Team Members: Mark Campbell Peter Giles Andrew Smith Tom Strapps Nickolay Suther Team Supervisor: Dr. Prabir Basu Client: Greenfield.

Hot Seat!. Thermal Energy Transfer Multiple Choice Hypothesis, Data, and Graphs True or False? More Thermal Energy

© Edco 2010 Exploring Science Physics Heat and Heat transfer Learning outcomes In this section, you will learn: –The definition of heat, its units and.

Thermodynamics – branch of physics concerned with the study of both thermal and mechanical (or dynamical) concepts. Application: Steam Engines in 1800’s.

 Particles are always moving and always have energy.  When an object is hot… the molecules are moving_____________.  When an object is cold…the molecules.

Warm-up 5/8 How much energy is needed to melt exactly 1000 aluminum cans, each with a mass of 14.0 g for recycling. Assume an initial temperature of 26.4.

The Transfer of Heat.

Transfer of Heat Part 1 Lesson 16

Cooling System Get the engine up to optimum operating Temperature as quickly as possible and maintains it at that temperature. Controls the heat produced.

1 This graph can be divided into 3 distinct regions, Identify them and explain what is occurring in each segment.

Matter 4.7B Conduct tests, compare data and draw conclusions about physical properties of matter including states of matter, conduction, density and buoyancy.

The metal part gets hot enough to burn you! The cloth stays cool.

Exhaust Heat Recovery Systems

Development of a Thermoelectric Cooling Prototype

Presentation by James and Hina

Construct a table for your raw data from the heat capacity lab

Hot and Cold Can Experiment

Stainless Steel Water Well Casing.

Effect of Using 2 TE units on Same Heat Sink

Natural Sciences Grade 7

CWK Date Temperature To describe hot objects getting colder in terms of heat going out of the object To describe hot objects getting colder in terms of.

Topic: Temperature and Heat

Physical Properties of Matter

Heat Transfer from Extended Surfaces (Fins)

A Container Challenge This powerpoint is available for teacher use on-line at:

Heat and temperature Heat, q, is thermal energy transferred (between two systems that are different in temperature) or from a hotter system to a cooler.

Forced Convection Trials at 100°C Natural Convection Trials at 100°C

Presentation transcript:

ETP GROUP 4 1. AHMAD FIRDAUS BIN MOHAMAD CATHERINE SIM MONG PHENG FAIMAIZE BIN IBRAHIM MUHAMMAD SYAWATUL EQWAN BIN MOHAMED SAPII NILTON CESAR MUGABE ARHIMNY HASDI AIMON SUPERVISOR AP Ir. DR. MOHD. AMIN B ABD MAJID SUPERVISOR AP Ir Dr Mohd Amin B Abd Majid

INTRODUCTION PROBLEM STATEMENT OBJECTIVE LITERATURE REVIEW METHODOLOGY DESIGN CONCEPT OPERATION SEQUENCE RESULTS ECONOMIC ANALYSIS CONCLUSION & RECOMMENDATIONS REFERENCE Q & A

A cup of hot drink is always a menu of breakfast and normally one has to wait for a little while in order for the drink to cool down. Handy water cooler is designed to ease one’s life by shortening the time needed for a hot drink to cool down to drinkable temperature. It reduces the water cooling time by 35%.

To design a device that can speed up the water cooling process To save the waiting time usually taken to cool down a hot drink

A plate-fin heat exchanger is made of layers of corrugated sheets separated by flat metal, typically aluminum, to create a series of finned chambers The fin is used to increase the structural integrity of the heat exchanger By using the fan, it will circulate the air surrounding the fin plate to increase the heat conduction rate

PROTOTYPE TESTING AND MODIFICATION ASSEMBLY HEAT SENSOR AND FAN CONTROLLER CIRCUIT FABRICATE THE FIN AND CASING EXPERIMENT ON BEST MATERIAL TO TRANSFER HEAT OBTAIN MATERIALS DETAILED DESIGN OF WATER COOLER PROBLEM DEFINITION AND GATHERING DATA

SHAPE & SIZE Cup material : Stainless Steel Cup Size: Width: Height: Water Volume: 200 ml Fin material : Aluminum Fin Dimension Width: 9cm Breath: 7cm Height: 3cm Casing Area: Width: 9cm Height: 11.5cm

Material Criteria  Thermal conductivity  Time to cool the water in each material MaterialsAdvantagesDisadvantages AluminumHigh thermal conductivityNot available as a cup in the market Stainless SteelGood thermal conductivity Available in market Thermal conductivity is not as high as aluminum Ceramic Available in market as a cup Thermal conductivity is not as high as stainless steel

Automatic Controller Circuit

Ready to drink Take out the cup from the casing Wait until the fan stop moving Fan switch on Put hot water into the casing of handy water cooler

ITEMPRICE (RM) Automatic Controller Fan Circuit14 Fan15 Casing15 Total44

RECOMMENDATIONS 1. Develop further research and experiment on the design and material of the fin. 2. Increase the number of fin to increase the rate of transferring heat. 3. Develop handy water cooler to be more users friendly. CONCLUSION Handy water cooler is user friendly and was designed to save time in cooling the hot drink.