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This advanced course is for engineers who want to refresh their knowledge, who are eager to learn more about mass transport, for all who have fun in explaining the science of phenomena in nature. In this course, students will learn about the engineering principles that play an important role in all of these and more phenomena and microbalances, radiation, convection and their applications in every day.

Assessment

This course does not involve any written exams. Students need to answer 5 assignment questions to complete the course, the answers will be in the form of written work in pdf or word. Students can write the answers in their own time. Each answer needs to be 200 words (1 Page). Once the answers are submitted, the tutor will check and assess the work.

Certification

Edukite courses are free to study. To successfully complete a course you must submit all the assignment of the course as part of the assessment. Upon successful completion of a course, you can choose to make your achievement formal by obtaining your Certificate at a cost of £49.

Having an Official Edukite Certification is a great way to celebrate and share your success. You can:

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  • Show it to prove your success

 

Course Credit: TU Delft

Course Curriculum

Module 01
TP102x_2016_0_Introduction 00:03:00
Spark 1 1 00:02:00
TP102x_2016_1.1_Theory_Microbalance 00:05:00
TP102x_2016_1.1A_Example_A 00:05:00
TP102x_2016_1.1B_Example_B_Microbalance_in_a_copper_bar 00:08:00
TP102x_2016_1.1C_Example_C_Microbalance_in_a_sphere 00:06:00
TP102x_2016_1.2_Spark_Cooling_egg 00:01:00
TP102x_2016_1.2_Theory_Conduction_and_Diffusion_revisted 00:17:00
Module 02
Introduction week 2 00:03:00
TP102x_2016_2.1_Spark_Part_1 00:02:00
TP102x_2016_2.1_Theory_The_Momentum_Balance 00:12:00
TP102x_2016_2.1.A_Example_A 00:12:00
TP102x_2016_2.1.B_Example_B 00:08:00
TP102x_2016_2.1_Spark_Part_2 00:01:00
TP102x_2016_2.2_Spark_CEO_Phell 00:02:00
Module 03
TP102x_2016_2.2_Friction_in_Pipes 00:15:00
TP102x_2016_2.2A_Example_A_Pressure_rectangular_pipe 00:07:00
2 2 Example B 00:08:00
TP102x_2016_2.3_Spark_Pipe_Flow 00:03:00
TP102x_2016_2.3_Theory_Pressure_drop_in_pipeline_systems 00:06:00
TP102x_2016_2.3A_Example_A_Pressure_loss_in_complex_pipe_systems 00:07:00
TP102x_2016_2.3B_Example_B_Loss_coefficients 00:03:00
Module 04
Introduction week 3 00:01:00
TP102x_2016_3.1_Spark 00:01:00
TP102x_2016_3.1_Theory_Convective_heat_transfer 00:07:00
TP102x_2016_3.1A_Example_A_Convection 00:06:00
TP102x_2016_3.1B_Example_B_Convection_over_a_flat_plate 00:06:00
TP102x_2016_3.2_Spark_Part1 00:02:00
TP102x_2016_3.2_Mass_and_Heat_Transport_Analogy 00:12:00
TP102x_2016_3.2A_Example_A_Flow_around_a_sphere 00:07:00
TP102x_2016_3.2B_Example_B_Sphere_cooling_down_vs_evaporating 00:09:00
TP102x_2016_3.2_Spark_Part2 00:02:00
Module 05
Introduction week 4 00:03:00
TP102x_2016_4.1_Spark_DSM 00:02:00
TP102x_2016_4.1_Theory_The_partition_coefficient 00:07:00
TP102x_2016_4.1A_Example_A_Partition_coefficient 00:08:00
TP102x_2016_4.1B_Example_B_Partition_coefficient_between_two_faces 00:07:00
TP102x_2016_4.2_Spark 00:02:00
TP102x_2016_4.2_Mass_Transfer_trough_Interfaces 00:09:00
TP102x_2016_4.2A_Example_A_Diffusion_between_two_layers 00:09:00
TP102x_2016_4.2B_Example_B_Diffusion_between_two_layers_concentration_profiles 00:08:00
TP102x_2016_4.3_Spark 00:03:00
TP102x_2016_4.3_Simultaneous_Transport_of_Heat_and_Mass 00:08:00
TP102x_2016_4.3A_Example_A_Wetted_bulb_anology 00:07:00
Module 06
Introduction week 5 00:03:00
TP102x_2016_5.1_Spark 00:03:00
TP102x_2016_5.1.1_Laminar_flow_Fundamentals 00:12:00
TP102x_2016_5.1b_Laminar_flow_Newton_Fluids 00:15:00
TP102x_2016_5.1.A_Example_A 00:12:00
TP102x_2016_5.1B_Example_B_Newtonian_liquid_on_a_wall 00:11:00
TP102x_2016_5.1.C_Example_C 00:08:00
TP102x_2016_5.1D_Example_D_Polymer_on_a_film 00:16:00
TP102x_2016_5.2_Spark 00:03:00
TP102x_2016_5.2_Laminar_Flow_of_non-Newtonian_fluids 00:06:00
TP102x_2016_5.2A_Example_A_Non_newtonian_Fluid_1 00:04:00
TP102x_2016_5.2B_Example_B_Non_newtonian_Fluid_2 00:04:00
Module 07
Introduction week 6 00:09:00
TP102x_2016_6.1_Spark 00:01:00
TP102x_2016_6.1_Radiation 00:12:00
TP102x_2016_6.1A_Example_A_Radiation_in_your_house 00:08:00
TP102x_2016_6.1B_Example_B_Greenhouse 61 00:10:00
TP102x_2016_6.2_Spark_Dak 62 00:02:00
TP102x_2016_6.2_Radiation-video 63 00:07:00
TP102x_2016_6.2A_Example_A_Radiator 64 00:05:00
TP102x_2016_6.2B_Example_B_Radiation_compared_with_free_convection 65 00:08:00
Assessment
Submit Your Assignment 00:00:00
Certification 00:00:00

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