Archive for the TERMODINAMICA Category

Primer on spontaneous heating and pyrophoricity

Posted in TERMODINAMICA on julio 21, 2010 by ingeniariaquimica2010

INTRODUCTION
DEFINITIONS
PRINCIPLES OF COMBUSTION
Combustion
The Fire Triangle
Oxidizing Agents
Fuel
Heat Source
Spontaneous Combustion
Spontaneous Heating
Pyrophoricity
Hypergolic Reactions
SPONTANEOUS HEATING/IGNITION OF HYDROCARBONS AND ORGANICS
Spontaneous Heating/Ignition of Hydrocarbons
Spontaneous Heating/Ignition of Organic Materials
Spontaneous Oxidation and Heating of Coal
Coal Storage
PYROPHORIC GASES AND LIQUIDS
Pyrophoric Gases
Arsine
Diborane
Phosphine
Silane
Extinguishing Pyrophoric Gas Fires
Pyrophoric Gas Storage and Dispensing Areas
Pyrophoric Liquids
Hydrazine
PYROPHORIC NONMETALLIC SOLIDS
Phosphorus
PYROPHORIC METALS
Magnesium
Properties
Storage and Handling
Process Hazards
Extinguishing Magnesium Fires
Titanium Properties
Storage and Handling
Process Hazards
Extinguishing Titanium Fires
Alkali Metals Sodium, Potassium, NaK, and Lithium
Properties
Process Hazards
Extinguishing Fires in Sodium, Lithium, NaK, and Potassium
Zirconium and Hafnium
Properties
Storage and Handling
Process Hazards
Extinguishing Fires in Zirconium and Hafnium
Calcium and Zinc
Properties
Storage, Processing, and Extinguishing Fires in Calcium and Zinc
Metals Not Normally Combustible
Aluminum
Iron and Steel
Plutonium
Properties
Storage and Handling
Extinguishing Plutonium Fires
Uranium
Properties
Storage and Handling
Extinguishing Uranium Fires
Combustible Metal Agents and Application Techniques
Approved Combustible Metal Fire Extinguishing Agents
Other Combustible Metal Extinguishing Agents
Nonproprietary Combustible Metal Extinguishing Agents
Water
ACCIDENT CASE STUDIES
Silane Gas Cabinet Fire
Recent Coal Fire at a DOE Site
Zirconium Incidents (Smith, 1956)
Uranium Incidents (Smith, 1956)
Thorium Incidents (Smith, 1956)
Miscellaneous Incidents (Smith, 1956)
Rocky Flats Plant Fire, 1969
BIBLIOGRAPHY
Appendix A—Materials Subject to Spontaneous Heating
Appendix B—Oxidizing Agents by NFPA Classification
CONCLUDING MATERIAL

Descaragalo de:

http://www.4shared.com/document/gx5prPOt/primer_on_spontaneous_heating_.htm

heat transfer text book

Posted in DISEÑO DE EQUIPOS, FENOMENOS DE TRANSPORTE, TERMODINAMICA, TRANSFERENCIA DE CALOR on julio 21, 2010 by ingeniariaquimica2010

 

I The General Problem of Heat Exchange
II Analysis of Heat Conduction
III Convective Heat Transfer
IV Thermal Radiation Heat Transfer
V Mass Transfer
VI Appendices
A Some thermophysical properties of selected materials
B Units and conversion factors
C Nomenclature
Citation Index
Subject Index

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http://www.4shared.com/document/DmefPs2L/heat_transfer_text_book.htm

Handbook of thermodynamics, heat transfer and fluid flow

Posted in FENOMENOS DE TRANSPORTE, TERMODINAMICA, TRANSFERENCIA DE CALOR on julio 21, 2010 by ingeniariaquimica2010

 

 

THERMODYNAMIC PROPERTIES
TEMPERATURE AND PRESSURE MEASUREMENTS
THERMODYNAMIC SYSTEMS AND PROCESSES
CHANGE OF PHASE
PROPERTY DIAGRAMS AND STEAM TABLES
SECOND LAW OF THERMODYNAMICS
COMPRESSION PROCESSES
APPENDIX A Thermodynamics

 MODUL 2 HEAT TRANSFER

 HEAT TRANSFER TERMINOLOGY
CONDUCTION HEAT TRANSFER
CONVECTION HEAT TRANSFER
RADIANT HEAT TRANSFER
HEAT EXCHANGERS
BOILING HEAT TRANSFER
HEAT GENERATION
DECAY HEAT
MODUL 3 FLUID FLOW

CONTINUITY EQUATION
LAMINAR AND TURBULENT FLOW
BERNOULLI’S EQUATION
HEAD LOSS
NATURAL CIRCULATION
TWO-PHASE FLUID FLOW
CENTRIFUGAL PUMPS
APPENDIX B Fluid Flow

Volumen 1:

http://www.4shared.com/document/Dyw2QFr5/DOE_FUNDAMENTALS_HANDBOOK_-_TH.htm

Volumen 2:

http://www.4shared.com/document/BlbwwAzK/DOE_FUNDAMENTALS_HANDBOOK_-_TH.htm

 Volumen 3:

http://www.4shared.com/document/V0ABXSkl/DOE_FUNDAMENTALS_HANDBOOK_-_TH.htm

 

 

 

Mechanical Engineering Systems – (Malestrom)

Posted in FENOMENOS DE TRANSPORTE, TERMODINAMICA on julio 19, 2010 by ingeniariaquimica2010

Descargalo de:

http://www.4shared.com/document/DxmF_f3D/Mechanical_Engineering_Systems.htm

Advanced Thermodynamics Engineering

Posted in PROYECTO FINAL, TERMODINAMICA on julio 15, 2010 by ingeniariaquimica2010

 

desacargalo de:

http://www.4shared.com/document/eBePiD2q/Advanced_Thermodynamics_Engine.htm

 

Introduccion a la Termodinamica en Ingenieria Quimica – Smith, Van Ness

Posted in TERMODINAMICA on julio 8, 2010 by ingeniariaquimica2010

1 Introducción
2 Primera ley y otros conceptos básicos
3 Propiedades volumétricas de los fluidos puros
4 Efectos caloríficos
5 Segunda ley de la termodinámica
6 Propiedades termodinámicas de los fluidos
7 Termodinámica de procesos de flujo
8 Producción de energía a partir de calor
9 Refrigeración y licuefacción
10 Termodinámica de soluciones: teoría
11 Termodinámica de soluciones: aplicaciones
12 Equilibrio Vapor Liquido a presiones bajas y moderadas
13 Propiedades termodinámicas y EVL a partir de las ecuaciones de estado
14 Tomas en equilibrio de fases
15 Equilibrio en las reacciones químicas
16 Análisis termodinámico de procesos
A Factores de conversión y valores de la constante de los gases
B Propiedades de las especies puras
C Capacidades caloríficas y cambios de propiedades de formación
D Programas de computadora representativos
D. 1 Funciones definidas
D.2 Resolución de problemas: ejemplo con MathCad@
E Tablas de correlación generalizada de Lee/Kesler
F Tablas de vapor
G Método UNIFAC
H Método de Newton
Índices

Descargalo de :http://www.4shared.com/document/7LDLsS-d/Introduccion_a_la_Termodinamic.htm