Opciones de inscripción
Termodinámica Avanzada
Course modified date: 1 sept. 2026
- Estudiantes inscritos: 3
Course content
Secciones:
16
•
Actividades:
10
•
Recursos:
56
- PLAN DE CURSO
- Avisos
- TERMOAV_1_1_HeatWorkMechEnReversibilityStatePathFns
- TERMOAV_1_2_1_Lecture_FirstLaw_ClosedSystem_three_Problems
- TERMOAV_1_2_2_Lecture_FirstLaw_OpenSystem_five_Problems
- TERMOAV-826 HWK 1 1stLaw_ClosedSystem
- TERMOAV 1 2 3a Lecture Termodinamica LaSegundaLey
- TERMOAV 1 2 3b Lecture Termodinamica HeatEngine Carnot Rankine
- TERMOAV 1 2 4 Termodinamica EntropyEjemplos TrabajoIdealPerdido
- TERMOAV-825 HWK 2 1st2ndLawPowerRefrigExergy
- TERMOAV_1_3a_P-V-T_BEHnotes_Virial Equations and Coefficients
- TERMOAV_1_3b_P-V-T_VirialEqnState_Z_vs_ZV_ZP
- TERMOAV_1_3c_P-V-T_SVNA8_sec3.4_3.5_3.6_Virial_CEOS_CorrespStates
- TERMOAV_1_4a_MathReview_I_Thermo_and_Multivariable_Calculus
- TERMOAV_1_4b_FundRelations_StateFns_EX
- TERMOAV_1_4c_CLASS EXERCISES Representing_Partials_w_P-V-T_S_Cp_Cv
- TERMOAV-825-HWK 3_P-V-T_Mate
- TERMOAV_1_5a to 1-5e : Equilibrium Criteria Chemical Potential Phase Rule
- TERMOAV_1_5f to 1-5h : Fugacity and Calculations
- TERMOAV-825-HWK 4 PhaseRules Fugacity Calculations
- Lec 3.5 MixtureFugacities Calcs Bcorrelation
- TermoII Lec 3.5a Mixture ResidualProperties
- TermoII Lec 3.6 MixtureFugacities Calcs CEOS
- Lec 3.8-3.9 ExcessEntropy Gibbs ActyCoeff LR HenryLaw
- Lec 3.10-1 Gamma-x1 Conventions gERT gERTx1x2 Models
- Lec_3.10-2_UNIFAC_Method_Acty_Coefficients
- Lec_3.10-2_UNIFAC_Method_Tables_Calculation_Files
- Lec 3.11 DataReduction ThermoConsistency SVNA8 sec13.5 EJ13.4
- TERMOAV-825-HWK5-P1_ActyCoefficients_Consistency_UNIFACmethod
- Lec 4.1 EVL-1a Phase Diagrams CoexistenceRegions CriticalBehavior
- Lec 4.2 EVL-1b Calc Raoults Law
- Lec 4.3 EVL-2 Calc Modified Raoult Gamma-Phi NEW
- Lec 4.4 EVL-3 SVNA3 EJ 8 6 Azeotropes ExtractiveDistillation NEW
- TERMOAV_Lec_5.1_Rxns_Stoichiometry
- TERMOAV_Lec_5.2_Rxns_Keq_Calcs_NEW
- TERMOAV_Lec_5.3_Rxns_Keq-Temp_NH3syn_NEW
- TERMOAV_HWK 6_ChemRxn–1_Stoich_Extent_Keq
- TERMOAV_Lec_5.4a_LawMassAction
- TERMOAV_Lec_5.4b_LeChatelierPrinciple_BEHnotes
- TERMOAV_Lec_5.4c_Occurrence_Rxns_BEHnotes
- TERMOAV_Lec_5.4d_PhaseRule_Rxns_Duhem
- TERMOAV_HWK7_ChemRxn-2_En_Bal_Multi-Rxn
- TERMOAV_Lec_5.5_Rxn_w_Energy_Bal_BEHclassnotes
- EES File(s) for Chem Rxn w Energy Balance JANAF
- Lec 2.1-1 Multiplicity Microstates Ensembles
- Lec 2.1-2 Postulates BoltzmannDistr Q ThermoFns
- Lec 2.1-3 Statistics and Entropy
- Lec 2.1-4 Thermodynamic Functions
- TERMOAV-825-HWK8 Ensembles Boltzmann
- TERMOAV-825-HWK9_Calcs_Q_atomic_diatomic
- Lec 2.2-1_Q_Eval_Translation_Electronic_Monatomic_Ideal_Gas
- Lec 2.2-2_Q_Eval_Rotation_Vibration_Diatomic_Ideal_Gas
- Lec 2.2-3_Q_Eval_Polyatomic_IG_Rotation_InertialMomentCalcs
- Lec 2.2-4_Q_Eval_Polyatom_IG_VibrModes_Calcs_hinderedRotation
- Lec 2.3-1_Q_Eval_Keq_IG
- Lec 2.3-2_Q_Eval_Keq_IsotopeExchg_GasReactionExample
- TERMOAV-825-T10_Calcs_Polyatomic_EqConst
- TERMOAV-825-T11_SurfThermo-1_SurfTension_Capillary_Kelvin
- Lec 4.1a_Surface_Thermo_Macro_Props
- Lec 4.1b_Kelvin_Eqn_Surf_Tension_Solids
- Lec 4.1c-1_ContactAngle_WettingBehavior_YoungEqn
- Lec 4.1c-2_Metal-Support_WettingBehavior_Surfactants
- TERMOAV-824-T6_SurfThermo_ThermoRelations_SurfaceEqnState_Isotherms
- Lec 4.2_GDS_GibbsAdsIsotherm_Surfactants
- Lec 4.3a_GDS_GasSolid_Isotherms
- Lec 4.3b_4.4_Thermo_GasSolid_Isotherms_EqnOfState
Instructors
- 6 courses19 students
BRENT EDWARD HANDY