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Exercise - The Human Controller – Practical Assignment overview
The assignment for OpenCourseWare features the McRuer's Crossover Model. The assignment usually is made in groups of 4 to 5 students. The... -
Reading - Educational software module 3
Brinkman, W.-P, Rae, A., & Dwivedi, Y.K., (2009) Computer-Aided Personalised System of Instruction for Teaching Mathematics in an Online Learning... -
Lecture - Computer Assisted Personalised of Instruction
Duration and associated literature Hour 1: 44:51 Hour 2: presentations by students – not recorded Brinkman, W.-P, Rae, A., &... -
Reading - 12. Cavitation
In dit hoofdstuk wordt het verschijnsel van cavitatie beschreven. Hierbij worden ook de gevolgen van dit fenomeen uitgelegd. Het zogenaamde... -
Reading - Chapter 7. Translating loads to stresses
This chapter uses simplified models of the fuselage and wing to explain what stresses are introduced due to common load... -
Reading - Chapter 5. Aircraft & spacecraft structures
This chapter focuses on laying the foundation to talk about structures. It defines the airframe and explain the function and... -
Lecture - 3. Electromagnetic Actuators
In the electromagnetic actuators module the students will learn about electromagnetic actuators in two lectures. The subjects of electricity, electromagnetism... -
Reading - Appendix C: Derivation of the 1D Wave Equation
In this chapter the one-dimensional wave equation for an acoustic medium is derived, starting from the conservation of mass and... -
Reading - Chapter 2: Basic Principles of the Seismic Method
In this chapter we introduce the basic notation of seismic waves. In the earth, seismic waves can propagate as longitudinal... -
Course - 2. Basic Principles of the Seismic Methods
In the second lecture the basic principles of the seismic methods (Chapter 2 of the reader) are discussed. The basic notation of seismic waves is introduced. It covers the differences between longitudinal (P) or as shear (S) waves. It also covers Huygens principle, Snell’s law and finally the principle of arrival times.