Канал: David Lampert

Constrained Diffusion, Part 4

Constrained Diffusion, Part 4

Constrained Diffusion, Part 2

Constrained Diffusion, Part 2

Constrained Diffusion, Part 3

Constrained Diffusion, Part 3

Constrained Diffusion, Part 1

Constrained Diffusion, Part 1

Water Distribution System Modeling with EPANET

Water Distribution System Modeling with EPANET

Simple EPANET Example

Simple EPANET Example

Introduction to EPANET

Introduction to EPANET

Introduction to iteration for solving pipe flow problems

Introduction to iteration for solving pipe flow problems

Estimating the pipe diameter required for fluid flow

Estimating the pipe diameter required for fluid flow

Computing flow rate in a pipe with turbulent flow

Computing flow rate in a pipe with turbulent flow

Computing head loss in a pipe

Computing head loss in a pipe

Chicago Mini-TARP green infrastructure design project

Chicago Mini-TARP green infrastructure design project

FRWRD PFAS Management Design Project

FRWRD PFAS Management Design Project

Combining Excel and Hand Calculations to a Single pdf

Combining Excel and Hand Calculations to a Single pdf

EPA P3: Sorbent-amended caps for PFAS contaminated sediments

EPA P3: Sorbent-amended caps for PFAS contaminated sediments

Environmental Model Parameter Fitting with Nonlinear Regression in Excel

Environmental Model Parameter Fitting with Nonlinear Regression in Excel

Environmental Model Parameter Fitting with Linear Regression in Excel

Environmental Model Parameter Fitting with Linear Regression in Excel

Calculating the Maximum Discharge in a Pipe Using Solver in Excel

Calculating the Maximum Discharge in a Pipe Using Solver in Excel

Introduction to Solver for Numerical Solutions in Microsoft Excel

Introduction to Solver for Numerical Solutions in Microsoft Excel

Introduction to Revision Control with Git and GitHub

Introduction to Revision Control with Git and GitHub

Getting Started with Environmental Modeling in Excel

Getting Started with Environmental Modeling in Excel

Using Laplace Transforms to Determine the Effluent from a Reactor with an Oscillating Input Function

Using Laplace Transforms to Determine the Effluent from a Reactor with an Oscillating Input Function

Exit Age Distribution Derivation for a CSTR Using a Step Input Tracer Test with a Laplace Transform

Exit Age Distribution Derivation for a CSTR Using a Step Input Tracer Test with a Laplace Transform

Laplace Transform for a mixed tank

Laplace Transform for a mixed tank

Introduction to Laplace Transforms for Environmental Engineering Problems

Introduction to Laplace Transforms for Environmental Engineering Problems

Computing the depth of a partial full circular pipe

Computing the depth of a partial full circular pipe

Pump Cavitation Analysis

Pump Cavitation Analysis

Pump and Pipeline Analysis

Pump and Pipeline Analysis

Pipe junction analysis

Pipe junction analysis

Pipes in parallel

Pipes in parallel

Pipes in series

Pipes in series

Calculating EGL and HGL in a pipeline

Calculating EGL and HGL in a pipeline

Friction factor for laminar flow

Friction factor for laminar flow

Laminar flow in a pipe

Laminar flow in a pipe

Column Advection Dispersion Model for Solute Transport

Column Advection Dispersion Model for Solute Transport

Linear Interpolation in MS Excel

Linear Interpolation in MS Excel

Linear Interpolation

Linear Interpolation

Gravity currents (aka my morning coffee)

Gravity currents (aka my morning coffee)