From Mass and Heat Transfer: Analysis of Mass Contactors and Heat Exchangers
Chapter 1: Introduction
- Example 1.1: CONTINUED.
- Example 1.1: CONTINUED.
Chapter 2: Chemical Reactor Analysis
- Example 2.2: FERMENTOR ANALYSIS.
Chapter 3: Heat Exchanger Analysis
- Example 3.1: CONTINUED.
- Example 3.1: CONTINUED.
- Example 3.1: CONTINUED.
- Example 3.2: CONTINUED.
- Example 3.3: CONTINUED.
Chapter 4: Mass Contactor Analysis
- Example 4.1: CONTINUED.
- Example 4.3: CONTINUED.
- Example 4.2: CONTINUED.
Chapter 5: Conduction and Diffusion
- Example 5.1: UMPED ANALYSIS: COOLING BY A fIN.
- Example 5.1: CONTINUED: COMPARISON WITH EXPERIMENT.
- Example 5.4: INSULATION OF A FURNACE.
- Example 5.5: OVERALL HEAT TRANSFER COEFFICIENT FOR A TUBULAR HEAT EXCHANGER.
- Example 5.6: TRANSIENT HEAT FLOW.
- Example 5.7: LUMPED ANALYSIS.
Chapter 6: Convective Heat and Mass Transfer
- Example 6.1: FRICTION COEFFICIENT FOR DRIVEN LAMINAR FLOW.
- Example 6.2: COOLING FAN.
- Example 6.3: WET-BULB PSYCHROMETER.
- Example 6.4: TUBULAR HEAT EXCHANGER.
- Example 6.5: CHILTON--COLBURN ANALOGY.
- Example 6.6: MASS TRANSFER TO A RISING BUBBLE.
- Example 6.7: OXYGENATION OF WATER.
- Example 6.8: USE OF IMPELLER HEAT TRANSFER CORRELATIONS.
Products & Services
Topics of Interest
Chapter 8: Heat-Exchanger Networks Example 8.3: Targets Window in HX-Net Example 8.3: Super Targeting Results from HX-Net Example 8.3: Targeting Graphs Generated by HX-Net Example 8.3:...
Overview The coefficients of heat and mass transfer rate expressions depend on any fluid flows in the system. Our personal experience with wind-chill factors on chilly winter days and in dissolving...
Chapter 1: Heat Conduction Figure 1.1: One-dimensional heat conduction in a solid Figure 1.2: Differential volume element used in derivation of conduction equation Figure 1.3: Heat...
Chapter 1: Data Processing Example 1.1: Reading matrices from a data file Example 1.2: Computing the mean value and dispersion of a data array Example 1.3: Example of preparing data for...
Chapter List Chapter 5: Conduction and Diffusion Chapter 6: Convective Heat and Mass Transfer Chapter 7: Estimation of the Mass Transfer Coefficient and Interfacial Area in Fluid Fluid Mass...