| Lecture | Date | Instructor | Lecture topics | Text or notes sections | Assignments |
|---|---|---|---|---|---|
| Lec1 | Tues 07 Dec | Park | Introduction: Mulitphysics problems and motivations for partitioned modeling. | Lecture notes for 07 Dec | |
| Lec2 | Th 09 Dec | Park | Principles of virtual work for single field problems and the classical method of Lagrange multipliers. | Lecture notes for 09 December | |
| Lec3 | Tues 14 Dec | Park | Review of the classical method of Lagrange multipliers- cont'd. | More on classical Lagrange multipliers | |
| Lec4 | Th 16 Dec | Park | Introduction to Localized Lagrange multipliers. | Lecture notes for 16 December , and a Matlab example code | |
| Lec5 | F 10 June | Park | Frame concept for the method of localized Lagrange multipliers. | Lecture notes for 10 June , and JAM article and IJNME article . | |
| Lec6 | M 13 June | Park | Frame concept for the method of localized Lagrange multipliers. | Lecture materials for 13 June | |
| Lec7 | W 15 June | Park | Frame concept for the method of localized Lagrange multipliers. | Lecture materials for 15 June | |
| Lec8 | M 20 June | Park | Frame concept for the method of localized Lagrange multipliers-continued. | ||
| Lec9 | W 22 June | Park | Frame concept for the method of localized Lagrange multipliers - continued | Papers on Partitioned Methods | |
| Lec10 | M 27 June | Park | Two-Dimensional Contact Problems. | Lecture materials for 27 June . And, A Matlab code for partitioned solution procedure. | |
| Lec11 | W 29 June | Park | Two-Dimensional Contact Problems - continued. | Lecture materials for 29 June | |
| Lec12 | M 04 July | Park | Three-Dimensional Contact Problems. | Lecture materials for 04 July | |
| Lec13 | W 06 July | Park | Three-Dimensional Contact Problems - continued. | Lecture materials for 06 July | |
| Lec14 | M 11 July | Park | Application of Partitioned Formulation: Reduced-Order Modeling | Lecture materials for 11 July |