# Engineering

- [Accreditation](https://nkintc.gitbook.io/brainless/steam/engineering/accreditation.md): Down and dirty, ugly and tedious, but necessary for advancement.
- [Fundamentals of Engineering](https://nkintc.gitbook.io/brainless/steam/engineering/accreditation/fundamentals-of-engineering.md): How is PMP pronounced? PIMP?
- [Professional Engineering](https://nkintc.gitbook.io/brainless/steam/engineering/accreditation/professional-engineering.md)
- [Continuum Mechanics](https://nkintc.gitbook.io/brainless/steam/engineering/fluid-mechanics.md): Behavior of materials using an generalization from discrete particles to a continuous distribution of mass. Collected of three courses: Solids, Fluids, and Incompressible Flow.
- [Fluid Mechanics](https://nkintc.gitbook.io/brainless/steam/engineering/fluid-mechanics/fluid-mechanics-1.md): Multiple courses taken in studying and describing the motion and deformation of fluids. In contrast to solid mechanics, deformation is much larger and significant thermal noise present in motion.
- [Incompressible Flow](https://nkintc.gitbook.io/brainless/steam/engineering/fluid-mechanics/fluid-mechanics-1/inflow.md): A subset of fluid mechanics, this is the case where density does not change. A benefit of incompressibility is it allows for a more rigorous mathematical basis for fluid and wave mechanics.
- [corona final](https://nkintc.gitbook.io/brainless/steam/engineering/fluid-mechanics/fluid-mechanics-1/inflow/corona-final.md)
- [indexhw4](https://nkintc.gitbook.io/brainless/steam/engineering/fluid-mechanics/fluid-mechanics-1/inflow/indexhw4.md)
- [indexhw3](https://nkintc.gitbook.io/brainless/steam/engineering/fluid-mechanics/fluid-mechanics-1/inflow/indexhw3.md)
- [index](https://nkintc.gitbook.io/brainless/steam/engineering/fluid-mechanics/fluid-mechanics-1/inflow/untitled.md)
- [hw2](https://nkintc.gitbook.io/brainless/steam/engineering/fluid-mechanics/fluid-mechanics-1/inflow/hw2.md)
- [hw1](https://nkintc.gitbook.io/brainless/steam/engineering/fluid-mechanics/fluid-mechanics-1/inflow/hw1.md)
- [Syllabus Description](https://nkintc.gitbook.io/brainless/steam/engineering/fluid-mechanics/fluid-mechanics-1/admin.md): Notes collected from Dr. Zvi Rusak's introductory graduate Fluid Mechanics class. Collected readings, lecturer and student notes with assignment prompts, and graded solutions where available here.
- [Lecture Slides](https://nkintc.gitbook.io/brainless/steam/engineering/fluid-mechanics/fluid-mechanics-1/lectures.md): All the things that were used in class or assigned as homework. Sent by email and hard copies scanned and uploaded.
- [Student Notes](https://nkintc.gitbook.io/brainless/steam/engineering/fluid-mechanics/fluid-mechanics-1/literature.md): My notes
- [Dynamic or Kinematic Viscosity](https://nkintc.gitbook.io/brainless/steam/engineering/fluid-mechanics/fluid-mechanics-1/literature/dynamic-or-kinematic-viscosity.md): A quick description on how to use which measure of resistance to strain rate from where they appear in NS momentum balance terns.
- [Assignments](https://nkintc.gitbook.io/brainless/steam/engineering/fluid-mechanics/fluid-mechanics-1/homeworks.md): Proejct Description and such
- [Homeworks](https://nkintc.gitbook.io/brainless/steam/engineering/fluid-mechanics/fluid-mechanics-1/homeworks/homeworks.md)
- [Homework 1](https://nkintc.gitbook.io/brainless/steam/engineering/fluid-mechanics/fluid-mechanics-1/homeworks/homeworks/homework-1.md)
- [Homework 2](https://nkintc.gitbook.io/brainless/steam/engineering/fluid-mechanics/fluid-mechanics-1/homeworks/homeworks/homework-2.md)
- [Homework 3](https://nkintc.gitbook.io/brainless/steam/engineering/fluid-mechanics/fluid-mechanics-1/homeworks/homeworks/homework-3.md)
- [Homework 4](https://nkintc.gitbook.io/brainless/steam/engineering/fluid-mechanics/fluid-mechanics-1/homeworks/homeworks/homework-4.md)
- [Homework 5](https://nkintc.gitbook.io/brainless/steam/engineering/fluid-mechanics/fluid-mechanics-1/homeworks/homeworks/homework-5.md)
- [Vortex Project](https://nkintc.gitbook.io/brainless/steam/engineering/fluid-mechanics/fluid-mechanics-1/homeworks/project-proposal.md): Survey of Vortex Principals
- [Solid Mechanics](https://nkintc.gitbook.io/brainless/steam/engineering/fluid-mechanics/solid-mechanics.md): Notes on Solid Mechanics
- [Syllabus Description](https://nkintc.gitbook.io/brainless/steam/engineering/fluid-mechanics/solid-mechanics/syllabus-description.md)
- [Lecture Slides](https://nkintc.gitbook.io/brainless/steam/engineering/fluid-mechanics/solid-mechanics/lecture-slides.md)
- [Student Notes](https://nkintc.gitbook.io/brainless/steam/engineering/fluid-mechanics/solid-mechanics/student-notes.md)
- [Assignments](https://nkintc.gitbook.io/brainless/steam/engineering/fluid-mechanics/solid-mechanics/assignments.md)
- [Incompresible Flow](https://nkintc.gitbook.io/brainless/steam/engineering/fluid-mechanics/incompresible-flow.md): Hydrodynamic Theory
- [Syllabus Description](https://nkintc.gitbook.io/brainless/steam/engineering/fluid-mechanics/incompresible-flow/syllabus-description.md)
- [Lecture Slides](https://nkintc.gitbook.io/brainless/steam/engineering/fluid-mechanics/incompresible-flow/lecture-slides.md)
- [Student Notes](https://nkintc.gitbook.io/brainless/steam/engineering/fluid-mechanics/incompresible-flow/student-notes.md)
- [Assignments](https://nkintc.gitbook.io/brainless/steam/engineering/fluid-mechanics/incompresible-flow/assignments.md)
- [Experimental Mechanics](https://nkintc.gitbook.io/brainless/steam/engineering/experimental-mechanics.md): MANE 6962 from Fall 2018, taught by Dr. Kristen Mills
- [Syllabus Description](https://nkintc.gitbook.io/brainless/steam/engineering/experimental-mechanics/syllabus-description.md): Notes collected from MANE 6962: Experimental Mechanics, from the fall of 2018.
- [Lecture Slides](https://nkintc.gitbook.io/brainless/steam/engineering/experimental-mechanics/lecture-slides.md)
- [Student Notes](https://nkintc.gitbook.io/brainless/steam/engineering/experimental-mechanics/student-notes.md)
- [Assignments](https://nkintc.gitbook.io/brainless/steam/engineering/experimental-mechanics/assignments.md)
- [Finite Element Methods](https://nkintc.gitbook.io/brainless/steam/engineering/finite-element-methods.md): The effective backbone to functioning engineering design
- [Intro to Finite Elements](https://nkintc.gitbook.io/brainless/steam/engineering/finite-element-methods/intro-to-finite-elements.md)
- [Syllabus Description](https://nkintc.gitbook.io/brainless/steam/engineering/finite-element-methods/intro-to-finite-elements/syllabus-description.md)
- [Lecture Slides](https://nkintc.gitbook.io/brainless/steam/engineering/finite-element-methods/intro-to-finite-elements/lecture-slides.md)
- [Student Notes](https://nkintc.gitbook.io/brainless/steam/engineering/finite-element-methods/intro-to-finite-elements/student-notes.md)
- [Assignments](https://nkintc.gitbook.io/brainless/steam/engineering/finite-element-methods/intro-to-finite-elements/assignments.md)
- [Fundamentals of FEM](https://nkintc.gitbook.io/brainless/steam/engineering/finite-element-methods/fundamentals-of-finite-elements.md): The harder version
- [Syllabus Description](https://nkintc.gitbook.io/brainless/steam/engineering/finite-element-methods/fundamentals-of-finite-elements/syllabus-description.md)
- [index](https://nkintc.gitbook.io/brainless/steam/engineering/finite-element-methods/fundamentals-of-finite-elements/syllabus-description/untitled.md)
- [Lecture Slides](https://nkintc.gitbook.io/brainless/steam/engineering/finite-element-methods/fundamentals-of-finite-elements/lecture-slides.md)
- [Student Notes](https://nkintc.gitbook.io/brainless/steam/engineering/finite-element-methods/fundamentals-of-finite-elements/student-notes.md)
- [Assignments](https://nkintc.gitbook.io/brainless/steam/engineering/finite-element-methods/fundamentals-of-finite-elements/assignments.md)
- [Project](https://nkintc.gitbook.io/brainless/steam/engineering/finite-element-methods/fundamentals-of-finite-elements/assignments/project.md)
- [index](https://nkintc.gitbook.io/brainless/steam/engineering/finite-element-methods/fundamentals-of-finite-elements/assignments/project/untitled.md)
- [Untitled](https://nkintc.gitbook.io/brainless/steam/engineering/finite-element-methods/fundamentals-of-finite-elements/assignments/project/untitled-1.md)
- [Homework 1](https://nkintc.gitbook.io/brainless/steam/engineering/finite-element-methods/fundamentals-of-finite-elements/assignments/homework-1.md): aaayyy
- [Homework 4](https://nkintc.gitbook.io/brainless/steam/engineering/finite-element-methods/fundamentals-of-finite-elements/assignments/homework-4.md)
- [index](https://nkintc.gitbook.io/brainless/steam/engineering/finite-element-methods/fundamentals-of-finite-elements/assignments/untitled-3.md)
- [Heat Transfer](https://nkintc.gitbook.io/brainless/steam/engineering/heat-transfer.md): Just like how mass and momentum are conserved quantities, energy can be tracked through heat.
- [Syllabus Description](https://nkintc.gitbook.io/brainless/steam/engineering/heat-transfer/syllabus-description.md)
- [Lecture Slides](https://nkintc.gitbook.io/brainless/steam/engineering/heat-transfer/lecture-slides.md)
- [Student Notes](https://nkintc.gitbook.io/brainless/steam/engineering/heat-transfer/student-notes.md)
- [Assignments](https://nkintc.gitbook.io/brainless/steam/engineering/heat-transfer/assignments.md)
- [homework](https://nkintc.gitbook.io/brainless/steam/engineering/heat-transfer/assignments/homework.md)
- [hw10](https://nkintc.gitbook.io/brainless/steam/engineering/heat-transfer/assignments/homework/hw10.md)
- [q9](https://nkintc.gitbook.io/brainless/steam/engineering/heat-transfer/assignments/homework/q9.md)
- [q8](https://nkintc.gitbook.io/brainless/steam/engineering/heat-transfer/assignments/homework/q8.md)
- [q7](https://nkintc.gitbook.io/brainless/steam/engineering/heat-transfer/assignments/homework/q7.md)
- [hw7](https://nkintc.gitbook.io/brainless/steam/engineering/heat-transfer/assignments/homework/hw7.md)
- [hw6](https://nkintc.gitbook.io/brainless/steam/engineering/heat-transfer/assignments/homework/hw6.md)
- [q5](https://nkintc.gitbook.io/brainless/steam/engineering/heat-transfer/assignments/homework/q5.md)
- [q3](https://nkintc.gitbook.io/brainless/steam/engineering/heat-transfer/assignments/homework/q3.md)
- [1 ec](https://nkintc.gitbook.io/brainless/steam/engineering/heat-transfer/assignments/homework/1-ec.md)
- [Discussions](https://nkintc.gitbook.io/brainless/steam/engineering/heat-transfer/assignments/discussions.md): Dr Cunha would make us talk
- [d11](https://nkintc.gitbook.io/brainless/steam/engineering/heat-transfer/assignments/discussions/d11.md)
- [d10](https://nkintc.gitbook.io/brainless/steam/engineering/heat-transfer/assignments/discussions/d10.md)
- [d9](https://nkintc.gitbook.io/brainless/steam/engineering/heat-transfer/assignments/discussions/d9.md)
- [d8](https://nkintc.gitbook.io/brainless/steam/engineering/heat-transfer/assignments/discussions/d8.md)
- [d6](https://nkintc.gitbook.io/brainless/steam/engineering/heat-transfer/assignments/discussions/d6.md)
- [d4](https://nkintc.gitbook.io/brainless/steam/engineering/heat-transfer/assignments/discussions/d4.md)
- [d3](https://nkintc.gitbook.io/brainless/steam/engineering/heat-transfer/assignments/discussions/d3.md)
- [Project Notes](https://nkintc.gitbook.io/brainless/steam/engineering/heat-transfer/assignments/project-notes.md)
- [Machine Dynamics](https://nkintc.gitbook.io/brainless/steam/engineering/machine-dynamics.md): Notation for classical Newtonian Mechanics
- [Syllabus Description](https://nkintc.gitbook.io/brainless/steam/engineering/machine-dynamics/syllabus-description.md)
- [Lecture Slides](https://nkintc.gitbook.io/brainless/steam/engineering/machine-dynamics/lecture-slides.md)
- [Student Notes](https://nkintc.gitbook.io/brainless/steam/engineering/machine-dynamics/student-notes.md)
- [Assignments](https://nkintc.gitbook.io/brainless/steam/engineering/machine-dynamics/assignments.md)
- [Goddamn Meetings](https://nkintc.gitbook.io/brainless/steam/engineering/goddamn-meetings.md): Like laundry and the dishes, they never end.


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