Linda Al-Hmoud, PhD

Enlargements, Contractions, and Fitting Losses - Fluid Mechanics for Chem. Eng.

The Three Friction Factor Problems - Fluid Mechanics for Chem. Eng.

Fluid Friction in Steady, One-Dimensional Flow

Bernoulli’s Equation - Fluid Mechanics for Chem. Eng.

Bernoulli’s Equation - Fluid Mechanics for Chem. Eng.

The Energy Balance - Fluid Mechanics for Chem. Eng.

The Mass Balance - Fluid Mechanics for Chem. Eng.

Laminar Flow - Fluid Mechanics for Chem. Eng.

Bernoulli’s Eq. for Fluid-flow Measurement - Fluid Mechanics for Chem. Eng.

Bernoulli’s Eq. for Gases & Torricelli’s Eq. - Fluid Mechanics for Chem. Eng.

Residence Time Distribution (RTD) of Real Reactors - Measurement & Characteristics (Lecture 1)

Biochemical Engineering - Lecture # 3-5

Heterogeneous Data Analysis for Reactor Design - (Lecture # 4 of Chapter 10 - Fogler)

Introduction To Radiation Heat Transfer

Forced Convection Heat Transfer Inside Pipes

Shell Energy Balances & Temperature Distributions in Solids & Laminar Flow

Conduction in Parallel & with Heat Generation, Combined Convection-Conduction & Overall Coefficients

Conduction Heat Transfer & Through Solids In Series, Convective–Heat–Transfer Coefficient

Introduction to Steady–State Heat Transfer

Shell Momentum Balance for Falling Film (Lecture # 1-7)

Differential Equations of Continuity (Lecture # 1-9)

Differential Equations of Momentum Transfer (Lecture # 1-10)

Differential Equations of Continuity & Motion - Introduction (lecture # 1-8)

P3.43 solved (Chemical Engineering Principles I)

P3.28, & P3.48 solved (Chemical Engineering Principles I)

P2.31, P3.32, & P3.33 solved (Chemical Engineering Principles I)

P3.10 & P3.16 solved (Chemical Engineering Principles I)

P3.6 solved (Chemical Engineering Principles I)

Radiation Heat Transfer - Introduction

Convective Heat Transfer Coefficient