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29:11 Lecture 20 - Cost Optimal HX Network II Lecture 20 - Cost Optimal HX Network II	Lecture 20 - Cost Optimal HX Network II Lecture 20 - Cost Optimal HX Network II heat exchanger network plant manager stream kilowatt temperature loop utility heater kelvin delta process heating duty energy minimum exchangers load From Mennatallah Mohamed Awny Ali Labib on October 26th, 2020 0 likes 63 plays 0 Course Code CHEEE1005 - CHEDSE4 Licence Type All rights reserved The University of Edinburgh Language English
24:09 Lecture 18 - Minimum Energy Design for HX Network Lecture 18 - Minimum Energy Design for HX Network	Lecture 18 - Minimum Energy Design for HX Network Lecture 18 - Minimum Energy Design for HX Network heat exchanger stream network flow capacity streams temperature exchangers kelvin energy steam utility heating minimum pinch mer transfer duty rate From Mennatallah Mohamed Awny Ali Labib on October 18th, 2020 0 likes 59 plays 0 Course Code CHEEE1005 - CHEDSE4 Licence Type All rights reserved The University of Edinburgh Language English
14:02 Lecture 16 - Grand Composite Curve Lecture 16 - Grand Composite Curve	Lecture 16 - Grand Composite Curve Lecture 16 - Grand Composite Curve temperature utility curve heat pinch plot steam streams point delta kelvin heating minimum utilities stream level transfer lecture slope process From Mennatallah Mohamed Awny Ali Labib on October 18th, 2020 0 likes 48 plays 0 Course Code CHEEE1005 - CHEDSE4 Licence Type All rights reserved The University of Edinburgh Language English
58:36 The mathematics of burger flipping - Jean-Luc… The mathematics of burger flipping - Jean-Luc Thiffeault	The mathematics of burger flipping - Jean-Luc Thiffeault The mathematics of burger flipping Jean-Luc Thiffeault - University of Wisconsin-MadisonHiggs Centre for Theoretical Physics Colloquium state functions sequences and series formal sciences p.d.f. optimal solution recurrence relation good conductor philosophical terminology concepts in physics material properties time delta top temperature slab geometry perfect inductor operator mathematical terminology fixed point simple argument heat operator long time heat transfer ontology fluid dynamics temperature flipping operator interesting thing heat equation 1st leg creativity pretty obvious single flip thermodynamics food object burger flipping flip operator ventilating temperature difference caption complete infinitely fast heat conduction temperature scale middle point temperature distribution periodic orbit final point algebra food lab oil campaign of world war ii final phase mathematical analysis initial condition total cooking time effects graphics boundary condition t.k. 2nd half heat flux physical quantities temperature profile mechanical engineering horizontal axis 2nd flip calorimetry integral equation cognition cooking time conduction profile heating food science higgs centre thought business terms cooking temperature top surface and air conditioning body condition upper bound current system idea function expansion room temperature From Brian Pendleton on March 25th, 2019 0 likes 54 plays 0 Licence Type All rights reserved The University of Edinburgh Date Created March 21st, 2019
04:54 3.3a - Post-combustion capture with solvents Part… 3.3a - Post-combustion capture with solvents Part 1	3.3a - Post-combustion capture with solvents Part 1 Mitigating Climate Change - Carbon Capture Storage solvent technology experiment atmosphere balance coolants carbon capture and storage fluid dynamics ability solvents exhaust chemical reactions and air conditioning effects combustion heating pressure oxygen separate carbon dioxide geography terminology dioxide concepts in physics thermodynamics specific mass climate change air pollution electricity chemical engineering beverages nonmetals industry engines dielectrics chemical capture molecules scientific method underwater diving physics generate gases chemical processes chemistry ventilating pollution principle increase global warming inorganic solvents nitrogen percent fuels caption complete reaction station heat transfer fire carbon openmediabank mooc cc-by From Jonathan Jack on January 23rd, 2018 0 likes 51 plays 0 Licence Type Creative Commons - Attribution
02:13 Economic Democracy Block6 v4 Case Study: Hartwood… Economic Democracy Block6 v4 Case Study: Hartwood Wind Farm	Economic Democracy Block6 v4 Case Study: Hartwood Wind Farm Welcome to Economic Democracy: The Cooperative Alternative, our MOOC about worker-owned and worker-controlled firms. We often hear that political democracy is the best available form of… revolution century unemployment community heating beneficiaries heating. economic democracy alternative caption complete shareholders district lanarkshire sociological terminology underground exercise fuels understandably termite possibility effects opposition shafts exciting low-carbon natural resources farms electric power distribution hartwood mooc mound decades From Nuria Fraile Diaz on November 10th, 2016 0 likes 8 plays 0 Licence Type All rights reserved The University of Edinburgh Language english

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