Канал: Adam Ward

Lecture XX - Intro to Oxygen & BOD

Lecture XX - Intro to Oxygen & BOD

Linear Momentum - Derivation from RTT

Linear Momentum - Derivation from RTT

Linear Momentum - Example

Linear Momentum - Example

Linear Momentum - Introduction and motivation

Linear Momentum - Introduction and motivation

Unit Basics - Dimensional Homogeneity

Unit Basics - Dimensional Homogeneity

Settling as a physical process

Settling as a physical process

Water Softening

Water Softening

Colloidal Particles

Colloidal Particles

Coal Plant Exercise

Coal Plant Exercise

Thermodynamics Primer

Thermodynamics Primer

Arrhenius Example

Arrhenius Example

Problem Solving Example - Super Soaker Safety

Problem Solving Example - Super Soaker Safety

Mega-Exercise (2 of 2)

Mega-Exercise (2 of 2)

Mega-Exercise (1 of 2)

Mega-Exercise (1 of 2)

Microbial Growth (Microbes 1 of 2)

Microbial Growth (Microbes 1 of 2)

Aeration Basin Design (Microbes 2 of 2)

Aeration Basin Design (Microbes 2 of 2)

Anaerobic Digestion of Sludge

Anaerobic Digestion of Sludge

Open Channel Flow III (1 of 2)

Open Channel Flow III (1 of 2)

Open Channel Flow III (2 of 2)

Open Channel Flow III (2 of 2)

Open Channel Flow II (1 of 3)

Open Channel Flow II (1 of 3)

Open Channel Flow II (2 of 3)

Open Channel Flow II (2 of 3)

Open Channel Flow II (3 of 3)

Open Channel Flow II (3 of 3)

Open Channel Flow I (1 of 3)

Open Channel Flow I (1 of 3)

Drag Basics (3 of 3)

Drag Basics (3 of 3)

Open Channel Flow I (2 of 3)

Open Channel Flow I (2 of 3)

Form Drag (2 of 2)

Form Drag (2 of 2)

Form Drag (1 of 2)

Form Drag (1 of 2)

Open Channel Flow I (3 of 3)

Open Channel Flow I (3 of 3)

Pipe Flow Potporri (4 of 4)

Pipe Flow Potporri (4 of 4)

Pipe Flow Potporri (2 of 4)

Pipe Flow Potporri (2 of 4)

Pipe Flow Potporri (1 of 4)

Pipe Flow Potporri (1 of 4)

Turbulent Pipe Flow - Moody Introduction - (1 of 4)

Turbulent Pipe Flow - Moody Introduction - (1 of 4)

Turbulent Pipe Flow - Moody Example (2 of 4)

Turbulent Pipe Flow - Moody Example (2 of 4)

Dimensional Analysis - Buckingham's Pi Theorem Explained - Example 1

Dimensional Analysis - Buckingham's Pi Theorem Explained - Example 1

Dimensional Analysis - Example 2 - Porous Filter

Dimensional Analysis - Example 2 - Porous Filter

Dimensional Analysis - Example 3 - Pipe Contraction

Dimensional Analysis - Example 3 - Pipe Contraction

Fluid Statics - Derivation

Fluid Statics - Derivation

Dimensional Analysis - Modeling Introduction

Dimensional Analysis - Modeling Introduction

Dimensional Analysis - Modeling - Exercise

Dimensional Analysis - Modeling - Exercise

Dimensional Analysis - Modeling - Example

Dimensional Analysis - Modeling - Example

Dimensional Analysis - Background and Motivation

Dimensional Analysis - Background and Motivation

Drag Basics (2 of 3)

Drag Basics (2 of 3)

Drag Basics (1 of 3)

Drag Basics (1 of 3)

Laminar Pipe Flow - Introduction

Laminar Pipe Flow - Introduction

Hagen-Poiseuille Derivation - Laminar Pipe Flow

Hagen-Poiseuille Derivation - Laminar Pipe Flow

Turbulent Pipe Flow - Moody Diagram Example

Turbulent Pipe Flow - Moody Diagram Example

Derivation - Hydrostatic Forces on Planar Surfaces

Derivation - Hydrostatic Forces on Planar Surfaces

Line of Action Derivation

Line of Action Derivation

inclined tube manometer example

inclined tube manometer example

Hydrostatic Force Example - Overturning Block

Hydrostatic Force Example - Overturning Block

Forces on inclined plane - Example

Forces on inclined plane - Example

Example Problem - Rigid Body Motion

Example Problem - Rigid Body Motion

Reynolds Transport Theorem Derivation

Reynolds Transport Theorem Derivation

Conservation of Mass Example

Conservation of Mass Example

Bernoulli - Example

Bernoulli - Example

Derivation - Energy Equation

Derivation - Energy Equation

Energy Equation - Example

Energy Equation - Example

Example - Energy Equation

Example - Energy Equation

Laminar Flow - Hagen Poiseulle Example

Laminar Flow - Hagen Poiseulle Example

Pipe Flow Potporri - Pipes in Parallel (3 of 4)

Pipe Flow Potporri - Pipes in Parallel (3 of 4)

Turbulent Pipe Flow - Moody Type 2 Problem

Turbulent Pipe Flow - Moody Type 2 Problem

Lecture 02 - Reaction Kinetics

Lecture 02 - Reaction Kinetics

Lecture 09 - Mixed Flow Reactors

Lecture 09 - Mixed Flow Reactors

Lecture 08 - Example 1 - Saginaw Bay

Lecture 08 - Example 1 - Saginaw Bay

Lecture 08 - Dispersion and Diffusion

Lecture 08 - Dispersion and Diffusion

Lecture 05 - EXAMPLE - Feedforward Systems

Lecture 05 - EXAMPLE - Feedforward Systems

Lecture 03 - General Solution (2 of 2)

Lecture 03 - General Solution (2 of 2)

Lecture 03 - CSTR Mass Balance

Lecture 03 - CSTR Mass Balance

Lecture 02 - End Member Mixing (3 of 3)

Lecture 02 - End Member Mixing (3 of 3)

Lecture 00 - Unit Conversion and Stoichiometry Examples

Lecture 00 - Unit Conversion and Stoichiometry Examples

Lecture 00 - Introduction to Units

Lecture 00 - Introduction to Units

Lecture 22 - Distributed BOD and Defecit

Lecture 22 - Distributed BOD and Defecit

Lecture 21 - Streeter Phelps - Point Source Example

Lecture 21 - Streeter Phelps - Point Source Example

Lecture 21 - Anoxic Conditions and Streeter Phelps

Lecture 21 - Anoxic Conditions and Streeter Phelps

Lecture 21 - Streeter Phelps

Lecture 21 - Streeter Phelps

Lecture 14 - Manning's Equation Example

Lecture 14 - Manning's Equation Example

Lecture 08 - Example 2 - Loading into bay

Lecture 08 - Example 2 - Loading into bay

Lecture 30/31 -Example - Lake Heat Balance

Lecture 30/31 -Example - Lake Heat Balance

Lecture 30 - Heat Balance for a Stream

Lecture 30 - Heat Balance for a Stream

Lecture 30 - Heat Basics

Lecture 30 - Heat Basics

Lecture 20 - Gas Transfer Theory

Lecture 20 - Gas Transfer Theory

Lecture 27 - Pathogens Example

Lecture 27 - Pathogens Example

Lecture 27 - Pathogen Rate Losses

Lecture 27 - Pathogen Rate Losses

Lecture 25 - Sediment Oxygen Demand

Lecture 25 - Sediment Oxygen Demand

Lecture 24 - Example - Light Bottle Dark Bottle Method

Lecture 24 - Example - Light Bottle Dark Bottle Method

Lecture 24 - Photosynthesis and Respiration

Lecture 24 - Photosynthesis and Respiration

Lecture 22 - Streeter Phelps Deficit Example

Lecture 22 - Streeter Phelps Deficit Example

Lecture 04 - example - reactions in series (2 of 3)

Lecture 04 - example - reactions in series (2 of 3)

Lecture 04 - Particular Solutions (1 of 3)

Lecture 04 - Particular Solutions (1 of 3)

Lecture 04 - Exercise 3 from Chapra text

Lecture 04 - Exercise 3 from Chapra text

Lecture 05 - Feedforward Systems

Lecture 05 - Feedforward Systems

Lecture 10 - Spill Models

Lecture 10 - Spill Models

Lecture 06 - Feedback Systems & Matrix Solutions

Lecture 06 - Feedback Systems & Matrix Solutions

Lecture 06 - Reactors in Series - Feedback Systems - Example

Lecture 06 - Reactors in Series - Feedback Systems - Example

Lecture 03 - CSTR Mass Balance

Lecture 03 - CSTR Mass Balance

A Brief History of Clean Water Act Jursidiction

A Brief History of Clean Water Act Jursidiction

Channel Source Hypothesis

Channel Source Hypothesis

L02 - Reaction Kinetics Primer

L02 - Reaction Kinetics Primer

Stream Solute Tracers - Field Methods for Constant Rate Injections

Stream Solute Tracers - Field Methods for Constant Rate Injections

Sludge Digester Design

Sludge Digester Design

Lecture 16 - Activated Sludge Design

Lecture 16 - Activated Sludge Design

Lecture 18 - Anaerobic Digestion of Sludge (screen + audio only)

Lecture 18 - Anaerobic Digestion of Sludge (screen + audio only)

HJ Andrews Network Expansion and Contraction

HJ Andrews Network Expansion and Contraction

Environmental Engineering - BOD Primer

Environmental Engineering - BOD Primer

Lecture 15 - 2 of 2 - Aeration Basin Design (screen only)

Lecture 15 - 2 of 2 - Aeration Basin Design (screen only)

Lecture 15 - 1 of 2 - Microbial Growth (screen only)

Lecture 15 - 1 of 2 - Microbial Growth (screen only)

Stream Solute Tracers - Long Term Storage Intro

Stream Solute Tracers - Long Term Storage Intro

Stream Solute Tracers - Short Term Storage Intro

Stream Solute Tracers - Short Term Storage Intro

Stream Solute Tracers - Fundamental Calculations Intro

Stream Solute Tracers - Fundamental Calculations Intro

Stream Solute Tracers - Data Cleanup

Stream Solute Tracers - Data Cleanup

Stream Solute Tracers - Constant Rate Injection Design

Stream Solute Tracers - Constant Rate Injection Design

Stream Solute Tracers - Pulse Field Methods

Stream Solute Tracers - Pulse Field Methods

Stream Solute Tracers - Learning Activity #1 Intro

Stream Solute Tracers - Learning Activity #1 Intro

Stream Solute Tracers - Section 2 Summary

Stream Solute Tracers - Section 2 Summary

Lecture 07 - Mass + Energy Balance Example

Lecture 07 - Mass + Energy Balance Example

Stream Solute Tracers - What and Why

Stream Solute Tracers - What and Why

Stream Solute Tracers - Welcome and Overview

Stream Solute Tracers - Welcome and Overview

Stream Solute Tracers - Network Turnover

Stream Solute Tracers - Network Turnover

Stream Solute Tracers - Channel Water Balance

Stream Solute Tracers - Channel Water Balance

Stream Solute Tracers - Normalize the concentration timeseries for Temporal Moment Calculations

Stream Solute Tracers - Normalize the concentration timeseries for Temporal Moment Calculations

Lecture 04 - Mines 5.29(ish) - CSTR vs. PFR

Lecture 04 - Mines 5.29(ish) - CSTR vs. PFR

Lecture 03 - Mines 5.10(ish) Example

Lecture 03 - Mines 5.10(ish) Example

Stream Solute Tracers - StorAge Selection

Stream Solute Tracers - StorAge Selection

Stream Solute Tracers - Separation of Advection-Dispersion from Transient Storage

Stream Solute Tracers - Separation of Advection-Dispersion from Transient Storage

Stream Solute Tracers - Holdback

Stream Solute Tracers - Holdback

Stream Solute Tracers - Temporal Moments

Stream Solute Tracers - Temporal Moments

Stream Solute Tracers - Dilution Gaging (Constant Rate)

Stream Solute Tracers - Dilution Gaging (Constant Rate)

Stream Solute Tracers - Dilution Gaging (slugs)

Stream Solute Tracers - Dilution Gaging (slugs)

Stream Solute Tracers - Convolution Basics

Stream Solute Tracers - Convolution Basics

Stream Solute Tracers - Longitudinal Dispersion

Stream Solute Tracers - Longitudinal Dispersion

Stream Solute Tracers - Advective Timescale and Velocity

Stream Solute Tracers - Advective Timescale and Velocity

Lecture 02 - Conservation of Mass Example

Lecture 02 - Conservation of Mass Example

Inclined Tube Manometer

Inclined Tube Manometer

End member mixing

End member mixing

Diffusion Example 2 - Calculation of Saginaw Bay - Lake Huron steady state concentrations

Diffusion Example 2 - Calculation of Saginaw Bay - Lake Huron steady state concentrations

Diffusion Example 1 - Find W into bay given C at steady-state

Diffusion Example 1 - Find W into bay given C at steady-state

Lakes in Series w/ Feedback

Lakes in Series w/ Feedback

2012-10-06 Stream Solute Tracer Injection and Observation

2012-10-06 Stream Solute Tracer Injection and Observation

Volcano Eruption Demo UIowa

Volcano Eruption Demo UIowa

Outfall

Outfall

Stormwater Management Overview

Stormwater Management Overview

Bioswale Performance (2)

Bioswale Performance (2)

Bioswale Performance (1)

Bioswale Performance (1)

Permeable Pavement

Permeable Pavement