Best products from r/thermodynamics
We found 4 comment on r/thermodynamics discussing the most recommended products. We ran sentiment analysis on each of these comments to determine how redditors feel about different products. We found 4 products and ranked them based on the amount of positive reactions they received. Here are the top 20.
1. Thermodynamics: An Engineering Approach
- McGraw-Hill Science Engineering Math
Features:
▼ Read Reddit mentions2. Engineers' Practical Databook: A Technical Reference Guide for Students and Professionals
- EASY COMPLETE COOLANT SYSTEM REFILLER: Refills the entire cooling system including the Heater Core
- HUGE TIME SAVER: Eliminate time consuming bleeding and purging, and completely remove all trapped air from your cooling system; Removing air through a radiator burp is much more time intensive
- DISCOVER LEAKS: It’s easy to check for leaks while under vacuum; if your vacuum level decreases while all valves are off, you have a leak in your system
- WIDELY USEFUL: Comes with three adapters that fit most common radiator necks and coolant reservoirs
- SIMPLE TO USE: All you need to use this coolant system vacuum kit is a shop air compressor; The included venturi valve turns any air compressor input into a strong vacuum force
Features:
▼ Read Reddit mentions
4. Thermodynamics: An Engineering Approach
- To add a bold, bright, minty flavor, try LorAnn's Peppermint Emulsion in any of your baked goods such as recipes for cakes, cupcakes, cookies, brownies and frostings. Peppermint pairs especially well with anything chocolate - even white chocolate. Use peppermint bakery emulsion just as you would a peppermint extract and get more flavorful results!
- 1 teaspoon baking extract = 1 teaspoon emulsion
- Packaged in BPA free, recyclable PET plastic bottles.
- Water Based ( Soluble in Water)
- Gluten Free - Made in USA
Features:
▼ Read Reddit mentionsTop comments mentioning products on r/thermodynamics:
Summary
1. Thermodynamics: An Engineering Approach
- McGraw-Hill Science Engineering Math
Features:
▼ Read Reddit mentions2. Engineers' Practical Databook: A Technical Reference Guide for Students and Professionals
- EASY COMPLETE COOLANT SYSTEM REFILLER: Refills the entire cooling system including the Heater Core
- HUGE TIME SAVER: Eliminate time consuming bleeding and purging, and completely remove all trapped air from your cooling system; Removing air through a radiator burp is much more time intensive
- DISCOVER LEAKS: It’s easy to check for leaks while under vacuum; if your vacuum level decreases while all valves are off, you have a leak in your system
- WIDELY USEFUL: Comes with three adapters that fit most common radiator necks and coolant reservoirs
- SIMPLE TO USE: All you need to use this coolant system vacuum kit is a shop air compressor; The included venturi valve turns any air compressor input into a strong vacuum force
Features:
▼ Read Reddit mentions4. Thermodynamics: An Engineering Approach
- To add a bold, bright, minty flavor, try LorAnn's Peppermint Emulsion in any of your baked goods such as recipes for cakes, cupcakes, cookies, brownies and frostings. Peppermint pairs especially well with anything chocolate - even white chocolate. Use peppermint bakery emulsion just as you would a peppermint extract and get more flavorful results!
- 1 teaspoon baking extract = 1 teaspoon emulsion
- Packaged in BPA free, recyclable PET plastic bottles.
- Water Based ( Soluble in Water)
- Gluten Free - Made in USA
Features:
▼ Read Reddit mentions
Crash Course Engineering have recently made a series of videos on thermo and heat engines.
MIT Lecture Notes are pretty handy.
Khan Academy has videos on thermo for Chemistry and Physics.
Engineering Toolbox has good notes.
For the key formula, there is a chapter on Thermo in Engineers' Practical Databook and another chapter containing thermal properties of materials. This is a shameless plug but it seems relevant to your question. There is no dragging of a subject, just all the key formula and values clearly stated.
For bulky textbooks I would recommend Thermodynamics: An Engineering Approach by Cengel and Boles.