List of All Blog Posts

9/28/2019 Running Uphill
6/15/2019 Thermal Conductivity
5/18/2019 Specific Heat: cp and cv
4/20/2019 Bicycling Downhill
3/16/2019 More Bicycling Uphill
2/23/2019 Bicycling Uphill
11/17/2018 Cheeseburgers per hour?
10/13/2018 Cheeseburgers per day?
9/15/2018 How Many Calories in a Cheeseburger?
8/18/2018 Applied Contact Temperature
7/21/2018 Snow Sublimation
6/16/2018 More Lumped Capacitance
5/19/2018 Lumped Capacitance Revisited
4/14/2018 Refrigerant 718
3/17/2018 The Ideal Gas Law and the Superheated Region
2/17/2018 The Ideal Gas Law and the Steam Dome
12/16/2017 Using Pipe Curve Models
11/18/2017 Inverting the Pipe Curve
10/14/2017 Mary, Mary, How does your dewpoint vary?
9/16/2017 Heat from Breath, Part 2
8/19/2017 Heat from Breath
7/15/2017 Buoyancy
6/17/2017 The Cyclic Relation
5/20/2017 Moisture and the Speed of Sound
4/22/2017 Moisture and Altitude
3/18/2017 Vizualizing Thunderstorm Heat
2/4/2017 A Cold Snap, Part 2
1/30/2017 A Cold Snap
12/24/2016 Altitude vs Temperature
11/19/2016 Water from Air
10/22/2016 Finite Quench Revisited
9/24/2016 Sizes of Power
8/20/2016 Potential for Evaporative Precoolers
7/23/2016 An Evaporative Pre-cooler
6/25/2016 Fundamentals of Thermal Resistance
5/21/2016 Error using constant specific heat
4/16/2016 Which cp to use?
3/12/2016 Water Lost Through Breathing, Part 2
2/13/2016 Water Lost Through Breathing
1/2/2016 Tire Heating on Landing, Part 2
12/19/2015Tire Heating on Landing
11/14/2015Heat Transfer in the Kitchen, Part 3
10/17/2015Heat Transfer in the Kitchen, Part 2
9/26/2015Heat Transfer in the Kitchen
8/15/2015Water in the Exhaust, Part 2
7/18/2015Water in the Exhaust
6/20/2015Adiabatic Flame Temperature
5/16/2015Is Incompressible Good Enough?
4/11/2015Evaporative Cooling
3/21/2015Condensation from the Atmosphere
2/14/2015Compression Ignition Engines
1/10/2015Refrigerators and Cryotherapy
12/13/2014Duhamel's Theorem, Part 2
11/22/2014Leveraging Solutions with Duhamel's Theorem
10/18/2014The Standard Atmosphere
9/13/2014Fortuitous Properties of Cold Water
7/19/2014Specific Heat Ratio
6/14/2014Compression Heating of a Gas
5/10/2014Quenching in a Finite Bath
4/12/2014An Alternate View of Condensation
3/1/2014Thermal Gradients from Quenching
2/8/2014Isothermal and Isoflux Boundary Conditions
1/4/2014Laser Melting of a Plastic
12/7/2013More Useful Lumps (Part 2)
11/2/2013More Useful Lumps
10/12/2013A Thermodynamics Class Project
9/21/2013Keep Turning Up the Hot Water!
8/26/2013How Long Should I Wait to Shower?
6/1/2013Who Used All the Hot Water?
5/4/2013Convection Heat Transfer
4/6/2013Pressure Cookers at Altitude
3/2/2013How big is the heat flow?
2/2/2013Freezing water on a warm night
1/4/2013From the ground...down (part 3)
12/3/2012From the ground...down (part 2)
11/1/2012From the ground...down
10/2/2012Thermal Explosions
9/5/2012Hot (or Cold) to the Touch
7/4/2012Approx. vs. Exact Solutions in Heat Transfer (part 2)
6/12/2012Approximate vs. Exact Solutions in Heat Transfer
5/15/2012Liquid-piston dynamometers
4/26/2012A Solar-powered Fluidyne Test Bed
2/15/2012Liquid-piston Stirling Engines
1/27/2012Capital Costs and Renewable Energy
12/13/2011Free Surface Profile of a Circular Hydraulic Jump
9/30/2011Transient Heat Transfer Overview
9/19/2011Considering (or not) Graduate School?
8/29/2011Design of a Low-cost, Active Evaporation System
4/15/2011Ground-source Heat Engine Prototype Design and Test
4/1/2011Parameter Simplification
3/17/2011Transient Heat Transfer from a Buried Pipe
3/4/2011The Second Law of Thermodynamics (part 3)
2/18/2011The Second Law of Thermodynamics (part 2)
2/4/2011The Second Law of Thermodynamics
1/25/2011Temperature Estimates for High Speed Wear Testing
1/13/2011Thermal Modeling of Transient Heat Transfer in Tissue

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