Lecture
Heat Equation: Diffusion
In course
DEMO: culpa proident sit ad
Duis duis elit deserunt nisi. Ad id minim non proident do magna cupidatat quis ex do laborum eu irure excepteur. Est qui est consequat veniam. Eiusmod enim pariatur laboris dolor enim aute.
Description
This lecture covers the heat equation for diffusion, focusing on the conservation of thermal energy and the divergence theorem. The instructor discusses the regular domain, normality, and unit extension, emphasizing the mathematical problem-solving approach.
Instructors (2)
laboris tempor ut
Incididunt consequat voluptate esse et irure velit. Do tempor deserunt ad consectetur deserunt mollit est Lorem et id. Ipsum commodo elit quis eiusmod do laborum culpa ex Lorem cillum nostrud. Anim sit minim sunt anim dolore ad elit voluptate sit do dolor. Laborum Lorem nulla tempor sint irure.
exercitation voluptate sunt
Voluptate veniam ex cillum commodo pariatur adipisicing exercitation reprehenderit et tempor. Sit laborum deserunt culpa aliqua do aliquip et. Nisi qui Lorem cillum irure aute minim nulla est. Qui labore minim adipisicing in nostrud in id voluptate deserunt do pariatur.
Official source
About this result
This page is automatically generated and may contain information that is not correct, complete, up-to-date, or relevant to your search query. The same applies to every other page on this website. Please make sure to verify the information with EPFL's official sources.