Lecture Notes | Modeling and Simulation of Dynamic Systems | Mechanical Engineering | MIT OpenCourseWare

Lecture Notes

asymmetric_junct.pdf

bernoulli_resist.pdf

bipolar_transist.pdf

block_diagrams_b.pdf

bond_graph_primi.pdf

canonical_transf.pdf

capstan_amplifie.pdf

dcpmm_basics.pdf

electromagnetism.pdf

entropy_producti.pdf

hamilton_and_lag.pdf

hamilton_jacobi.pdf

heat_transfer.pdf

ideal_gas.pdf

interaction_cont.pdf

interaction_stab.pdf

kinematic_transf.pdf

lagrange_continu.pdf

langrange_deriva.pdf

linearized_therm.pdf

modulated_transf.pdf

multiport_capaci.pdf

nodicity.pdf

pseudo_convectio.pdf

solenoid_co_ener.pdf

solenoid_dcpmm.pdf

solenoid.pdf

subject_introduc.pdf

symmetric_juncti.pdf

thermal_damping.pdf

transformation_a.pdf

transmission_lin.pdf

work_to_heat_tra.pdf

cable_hoist_1.pdf

convection1.pdf

pump_model_1.pdf

cable_hoist_2.pdf

convection2.pdf

pump_model_2.pdf

Course Info

Instructor

Prof. Neville Hogan

Departments

Mechanical Engineering

As Taught In

Fall 2006

Level

Graduate

Topics

Engineering
- Mechanical Engineering
  - Dynamics and Control
  - Mechanical Design
- Systems Engineering
  - Computational Modeling and Simulation
  - Systems Design

Learning Resource Types

Lecture Notes

Projects with Examples

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