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PM3125

PM3125

PM3125. 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.

By kapono
(218 views)

Lesson Learned: PVC Pipe Explosion

Lesson Learned: PVC Pipe Explosion

Lesson Learned: PVC Pipe Explosion. Presented at Accelerator Safety Conference August 12, 2008. Stanford Linear Accelerator Center. SLAC is a U.S. DOE-funded, National Laboratory, operated by Stanford University Est. in 1962 Main Linear Accelerator is 3 km in length

By marijke
(323 views)

Chapter 4 States of Matter

Chapter 4 States of Matter

Chapter 4 States of Matter. Section 4-1 Solids. Quiz next class on Sec. 4-1. Everyday, water changes from a solid to a liquid to a gas and back again. How can we explain this?. Let’s do a quick review of what you already know:. Matter has three states: Solid Liquid Gas

By tawny
(173 views)

Thermodynamics Lecture Series

Thermodynamics Lecture Series

Thermodynamics Lecture Series. Assoc. Prof. Dr. J.J. Second Law – Quality of Energy - Carnot Engines. Applied Sciences Education Research Group (ASERG) Faculty of Applied Sciences Universiti Teknologi MARA. email: drjjlanita@hotmail.com http://www5.uitm.edu.my/faculties/fsg/drjj1.html.

By lynn
(125 views)

1.3 What causes an azeotrope?

1.3 What causes an azeotrope?

ConcepTests in Chemical Engineering Thermodynamics Note: Slides marked with JLF were adapted from the ConcepTests of John L. Falconer, U. Colorado. Cf. Chem. Eng. Ed. 2004,2007. Day1 Review. 1.3 What causes an azeotrope?. The components can’t be distilled.

By dolf
(230 views)

EGR 334 Thermodynamics Chapter 3: Section 6-8

EGR 334 Thermodynamics Chapter 3: Section 6-8

EGR 334 Thermodynamics Chapter 3: Section 6-8 . Lecture 07: Enthalpy and Internal Energy. Quiz Today?. Today’s main concepts:. Define enthalpy, h Recognize that enthalpy and internal energy are both intensive state properties that can also be determined on the steam tables.

By myrna
(338 views)

Energetic Material (TKK-2130)

Energetic Material (TKK-2130)

13/14 Spring Semester . Energetic Material (TKK-2130). Instructor: Rama Oktavian Email: rama.oktavian86@gmail.com Office Hr.: M.13-15, Tu. 13-15, W. 13-15, Th. 13-15, F. 09-11. Outlines. 1. Aerogel. 2. Types of Aerogel. 3. Aerogel synthesis process. 4. Aerogels application.

By tameka
(158 views)

HEAT EXCHANGERS

HEAT EXCHANGERS

HEAT EXCHANGERS. Day 2. Heat Exchanger Types. The Overall Heat Transfer Coefficient. Rf ” are fouling factor . They are very important in process maintenance. . Heat Exchanger Analysis. UA-LMTD METHOD When LMTD can be fixed Operational data are taken from PFD (Process Flow Diagram)

By reid
(403 views)

Chapter 3.2 : Heat Exchanger Analysis Using -NTU method

Chapter 3.2 : Heat Exchanger Analysis Using -NTU method

Chapter 3.2 : Heat Exchanger Analysis Using -NTU method. The Effectiveness-NTU Method: The rate of heat transfer in parallel-flow as well as counter-flow heat exchangers is given by same heat balance. In case of a counter-flow heat exchanger,

By twila
(1231 views)

Liquid Argon in Large Tank --- Some Thermodynamic calculations Zhijing Tang November 4, 2004

Liquid Argon in Large Tank --- Some Thermodynamic calculations Zhijing Tang November 4, 2004

Liquid Argon in Large Tank --- Some Thermodynamic calculations Zhijing Tang November 4, 2004. Questions . Heat leak Heat leak from chimney Convection flow Temperature distribution Force on wire Flow from surface downward . Liquid Argon in Big Tank.

By fuller
(256 views)

INTERNAL COMBUSTION ENGINES (reciprocating)

INTERNAL COMBUSTION ENGINES (reciprocating)

INTERNAL COMBUSTION ENGINES (reciprocating). Geometry. Four Stroke Engines. Two Stroke Engines. For Isentropic Process. Air as an ideal gas ( room temp .). PV = mRT. C p = 1.005 [kJ/kg K]. C v = 0.718 [kJ/kg K]. R = C p - C v = 0.287 [kJ/kg K]. k = (C p / C v ) = 1.4.

By berget
(264 views)

So Far: Conservation of Mass and Energy 	Pressure Drop in Pipes 	Flow Measurement Instruments

So Far: Conservation of Mass and Energy Pressure Drop in Pipes Flow Measurement Instruments

So Far: Conservation of Mass and Energy Pressure Drop in Pipes Flow Measurement Instruments Flow Control (Valves) Types of Pumps and Pump Sizing This Week: Short Course in Thermodynamics - Energy Balance, Steam Heat Transfer. Energy Balance Example

By reidar
(112 views)

Ch12.1 – Thermal Energy

Ch12.1 – Thermal Energy

Ch12.1 – Thermal Energy. Temperature – measure of the degree of hotness -explained by kinetic molecular theory : (PME) 1. Everything is made of tiny particles . 2. Particles are in constant motion . 3. All collisions are perfectly elastic (no energy lost.)

By santo
(256 views)

Entropy and the Clausius Inequality

Entropy and the Clausius Inequality

Chapter 7 Entropy: A Measure of Disorder Study Guide in PowerPoint to accompany Thermodynamics: An Engineering Approach , 5th edition by Yunus A. Çengel and Michael A. Boles. Entropy and the Clausius Inequality

By akina
(394 views)

ENGR 2213 Thermodynamics

ENGR 2213 Thermodynamics

ENGR 2213 Thermodynamics. F. C. Lai School of Aerospace and Mechanical Engineering University of Oklahoma. 4. 5. Boiler. 3. 6. P 2. Turbine. FWH. 5. 2. T. 7. Condenser. P 1. 4. 1. 6. 3. 2. 1. 7. S. Ideal Regenerative Rankine Cycles. Open Feedwater Heater. T. 3.

By isleen
(161 views)

Heat in medicine

Heat in medicine

Heat in medicine. Prof. Dr. Moustafa Moustafa Mohamed Ahmed Vice Dean Faculty of Allied Medical Scince Pharos University By ;dr ;mervat mostafa. By the end of the lecture, the students will Learn the basic concepts of heat, heat transfer, units of heat energy and latent heat. Heat.

By xanti
(245 views)

Thermodynamics Review

Thermodynamics Review

Thermodynamics Review. Craig Bradshaw, Lambert Fellow and PhD Candidate Slides provided by Prof. S. F. Son, and M. Mathison Adapted from Prof. G. A. Risha and other sources such as Kaplan AEC Education. THE FIRST LAW OF THERMODYNAMICS

By bracha
(408 views)

EXERGY

EXERGY

EXERGY. Basic Definitions Exergy : is property used to determine the useful work potential of a given amount of energy at some specified state.

By teleri
(168 views)

Lecture 5 	Energy Balance

Lecture 5 Energy Balance

Lecture 5 Energy Balance. Ch 61. ENERGY BALANCE. Concerned with energy changes and energy flow in a chemical process. Conservation of energy – first law of thermodynamics i.e. accumulation of energy in a system = energy input – energy output. Forms of energy. Potential energy ( mgh )

By derica
(675 views)

Chapter 11 Gas-Vapor Mixtures and Air Conditioning

Chapter 11 Gas-Vapor Mixtures and Air Conditioning

Chapter 11 Gas-Vapor Mixtures and Air Conditioning. 11-1 Dry and Atmospheric Air. 11-1-1 Atmospheric air. The air in the atmosphere normally contains some water vapor and is referred to atmospheric air. Air that contains no water is called dry air.

By lucian
(112 views)

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