Efficient Heat Management: Enhance Performance and Save Energy

Mar 02, 2025

520 likes | 613 Views

Learn about optimizing heat flow for improved performance and energy savings. Discover ways to regulate heat effectively and mitigate excessive heat in various systems and environments.

Share Presentation

Embed Code

royal

Download Presentation

Efficient Heat Management: Enhance Performance and Save Energy

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

FORCING = Heat in – Heat out

Fundamentals of Heat Pipes

Fundamentals of Heat Pipes With Applications to Electronics Cooling -- Widah Saied Introduction Things to be discussed: Basic components Advantages Ideal thermodynamic cycle Applications Types Heat transfer limitations Resistance network Wick design Choosing the working fluid

2.64k views • 67 slides

FF II Module A Jeopardy

FF II Module A Jeopardy. Round 1. Round 2. Heat – 10 points. Heating of an organic substance without addition of external heat Spontaneous Heating. Next Question. Heat – 20 points. Heat generated by passing current through a conductor such as a wire, or appliance is Dielectric Heating

1.01k views • 55 slides

HEAT EXCHANGER

HEAT EXCHANGER. By Farhan Ahmad Department of Chemical Engineering, University of Engineering & Technology Lahore . Criteria for the selection of heat exchanger.

3.4k views • 31 slides

Basic of Heat Treatment

1/59. Contents. Purpose of Heat Treatment Process Design of Heat Treatment (Parameter) 1.1 Temperature 2.2 Cooling Rate 2.3 Atmosphere 2.4 Time 3. Heat Treatment Process 3.1 Softening (Normalizing and Annealing ) 3.2 Total Hardening (Quenching-Tempering)

4.66k views • 59 slides

CRYOGENIC HEAT TREATMENT

CRYOGENIC HEAT TREATMENT. What is cryogenic heat treatment?. Cryogenic heat treatment is the ultra low temperature processing of materials to enhance their desired metallurgical and structural properties The temperature is about -196°C or 77°K

2.14k views • 13 slides

HEAT TRANSFER, HEAT EXCHANGERS, CONDENSORS AND REBOILERS, AIR COOLERS

HEAT TRANSFER, HEAT EXCHANGERS, CONDENSORS AND REBOILERS, AIR COOLERS. Reyad Awwad Shawabkeh Associate Professor of Chemical Engineering King Fahd University of Petroleum & Minerals Dhahran, 31261 Kingdom of Saudi Arabia. Contents HEAT TRANSFER LAW APPLIED TO HEAT EXCHANGERS 2

2.84k views • 77 slides

PM3125: Lectures 4 to 6

PM3125: Lectures 4 to 6. Content of Lectures 1 to 6: Heat transfer: Source of heat Heat transfer Steam and electricity as heating media Determination of requirement of amount of steam/electrical energy Steam pressure Mathematical problems on heat transfer. Heat Transfer.

1.89k views • 80 slides

MODULATED DSC

MODULATED DSC. WHAT IS MDSC  ?. In MDSC®, a sinusoidal heating profile is overlaid on the standard linear ramp From this experiment, the standard Heat Flow curve is separated into two components called the Reversing Heat Flow and the Non-Reversing Heat Flow

1.35k views • 21 slides

ERT 209 HEAT AND MASS TRANSFER FOR BIOPROCESS ENGINEERING Heat Exchangers

ERT 209 HEAT AND MASS TRANSFER FOR BIOPROCESS ENGINEERING Heat Exchangers. Heat transfer equipments: i) Heat exchangers ii) Evaporators iii) Dryers iv) Agitated vessel. Topic Outline. Types of heat exchangers Log Mean Temperature Different (LMTD) Correction Factor of LMTD

3.24k views • 43 slides

Thermal Physics

Thermal Physics. Topic 3.2 Thermal Properties of Matter. Heat Capacity/Thermal Capacity. When substances undergo the same temperature change they can store or release different amounts of energy They have different Heat Capacities Heat capacity =  Q /  T in JK -1

2.27k views • 88 slides

CRYOCAR

CRYOCAR. What is a Cryocar?. It is a liquid nitrogen powered vehicle. Propulsion systems are cryogenic heat engines in which a cryogenic substance is used as a heat sink. Cryogenic Heat Engine. It is a engine which uses very cold substances to produce useful energy.

2.42k views • 18 slides

Applying Heat Treating Processes

Applying Heat Treating Processes. Interest Approach. I am going to heat this piece of metal with my gas torch. Once the metal is hot, what can I now do with this piece of metal and why? Is there a connection here for treating metals with heat?. Student Learning Objectives.

1.29k views • 108 slides

Heat Transfer

Heat Transfer. Heat is another word for thermal energy . Heat energy always moves from warm to cold , until the system reaches equilibrium (balance) . . Heat Transfer. Heat can be transferred (moved) 3 ways:.  conduction : direct contact between molecules.

5.57k views • 25 slides

TRAUMA III

TRAUMA III. Effects of heat, cold, electric shock, drowing, wounds and bleeding, dressing and bandages. EFFECTS OF HEAT. Regulation of body temperature. Normal body temperature Heat production Heat loss. Body Heat Production. Basal energy metabolism (adult s )

1.38k views • 108 slides

EXAMPLE EXERCISE CALCULATING HEAT LOSS & HEAT GAIN

EXAMPLE EXERCISE CALCULATING HEAT LOSS & HEAT GAIN Several exhibits in the class packet are necessary to understand the entries into the Heat Loss / Heat Gain calculation sheet.

1.18k views • 58 slides

Module 3

Module 3. Heat and Energy in Chemical Reactions. Introduction: Thermochemistry. Chemical reactions often involve changes in temperature, and in the heat energy that causes temperature to change. This branch of chemistry that studies heat changes is called THERMOCHEMISTRY.

1.41k views • 120 slides

Thermal Reservoirs and Heat Engines

Thermal Reservoirs and Heat Engines. A conceptual schematic of a heat engine. Two channels of heat transfer, with thermal reservoirs of two different temperatures T H and T L , are shown, along with one channel of work transfer. (URL for notes: http://www.colorado.edu/ASEN/asen3113).

1.73k views • 108 slides

PM3125: Lectures 6 to 9

PM3125: Lectures 6 to 9. Content of Lectures 6 to 12: Heat transfer: - Source of heat - Heat transfer - Steam and electricity as heating media - Determination of requirement of amount of steam/electrical energy - Steam pressure - Mathematical problems on heat transfer.

1.27k views • 88 slides

Class 1-6: Herbs and Formulas That Clear Heat

Class 1-6: Herbs and Formulas That Clear Heat. Xianhui Li. Herbs that clear heat. Herbs that Clear Heat and Drain Fire Herbs that Clear Heat and Cool Blood Herbs that Clear Heat from Deficiency Herbs that Clear Heat and Dry Dampness Herbs that Clear Heat and Relieve Toxicity

1.99k views • 143 slides

Heat Pump Service

Heat Pump Service. HEAT PUMPS. TOTAL ELECTRIC UNIT CAPABLE OF PROVIDING HEATING AND COOLING MOVES HEAT WITH REFRIGERATION SYSTEM. CURRENT TECHNOLOGY ALLOWS US TO ABSORB ENERGY FROM THE OUTDOOR AIR EFFICIENTLY, DOWN TO 20º.

2.59k views • 206 slides

PLATE HEAT EXCHANGER

PLATE HEAT EXCHANGER. GROUP MEMBERS. Nadeem Akhtar (2006-chem-22) Matloob Ahmed (2006-chem-26) Zohaib Atiq Khan (2006-chem-40). Introduction to PHE. Second abundantly used HEX after STHE. Fall in the category of compact heat exchangers.

2.67k views • 89 slides

Temperature and Heat

Temperature and Heat. Heat Temperature Internal Energy Measurement of Heat Specific Heat Thermal Expansion. Temperature & Heat. Absolute Zero Video – Nova Heat Mixes Lab Antifreeze in the Summer Lab. Temperature.

2.45k views • 80 slides

More Related

Efficient Heat Management: Enhance Performance and Save Energy

Efficient Heat Management: Enhance Performance and Save Energy

Presentation Transcript

Fundamentals of Heat Pipes

FF II Module A Jeopardy

HEAT EXCHANGER

Basic of Heat Treatment

CRYOGENIC HEAT TREATMENT

HEAT TRANSFER, HEAT EXCHANGERS, CONDENSORS AND REBOILERS, AIR COOLERS

PM3125: Lectures 4 to 6

MODULATED DSC

ERT 209 HEAT AND MASS TRANSFER FOR BIOPROCESS ENGINEERING Heat Exchangers

Thermal Physics

CRYOCAR

Applying Heat Treating Processes

Heat Transfer

TRAUMA III

EXAMPLE EXERCISE CALCULATING HEAT LOSS &amp; HEAT GAIN

Module 3

Thermal Reservoirs and Heat Engines

PM3125: Lectures 6 to 9

Class 1-6: Herbs and Formulas That Clear Heat

Heat Pump Service

PLATE HEAT EXCHANGER

Temperature and Heat

EXAMPLE EXERCISE CALCULATING HEAT LOSS & HEAT GAIN