# Guide to the Glen E. Myers Stanford Class Notes

**Note**

**Call Number:**SC0675

**Creator:**Myers, Glen E., 1934-

**Title:**Glen E. Meyers Stanford class notes

**Dates:**1956-1962

**Physical Description:**2.75 Linear feet

**Summary:**This collection contains syllabi, course handouts, problem sets, exams, and Myers' notes from engineering, math, and physics classes he took at Stanford, 1956-59; for the elementary engineering thermodynamics classes for which he was a teaching assistant, 1958-59; and for the class on elementary engineering thermodynamics that he taught at Stanford during the summer of 1962. Professors of these classes include Karl Klotter, Wilhelm Flugge, Irmgard Flugge-Lotz, G. E. Pake, G. E. Latta, Felix Bloch, David F. Tuttle, and P. R. Garabedian.

**Language(s):**The materials are in English.

**Repository:**Department of Special Collections and University Archives

**
Biographical/Historical Sketch
**

# Collection Contents

**Papers**

**Academic Year 1956-57**

**ME 231a – A. L. London – Heat Transmission**

**ME 238a – R. H. Eustis – Mechanics and Thermodynamics of Fluid Flow**

**ME 238b – S. J. Kline - Mechanics and Thermodynamics of Fluid Flow**

**ME 233a – S. J. Kline – Advanced Thermodynamics**

**ME 233a – R. H. Eustis – Advanced Thermodynamics (audit, Autumn 1957)**

**EM 221 – K. Klotter – Advanced Dynamics**

**EM 222 – K. Klotter – Advanced Dynamics**

**EM 223 – K. Klotter – Advanced Dynamics**

**EM 250 – J. N. Goodier – Mathematical Methods in Engineering Mechanics**

**EM 251 – K. Klotter – Mathematical Methods in Engineering Mechanics**

**EM 252 – W. Flügge – Numerical Methods in Engineering Mechanics**

**ME 231b – W. M. Kays – Heat Transmission**

**Math 113 – G. A. Hufford – Vector Analysis**

**ME 232 – A. L. London – Experimental Problems in Heat Transmission**

**EM 244 – I. Flügge-Lotz – Mathematical Hydro- and Aerodynamics**

**AE 255 – D. Bershader – Aerodynamic Physical Measurements**

**Academic Year 1957-58**

**Math 106 – G. E. Latta – Complex Variables**

**EE 235 – G. Wade – Network Analysis**

**Physics 111 – G. E. Pake – Introduction to Theoretical Physics**

**Physics 113 – G. E. Pake – Introduction to Theoretical Physics**

**Physics 115 – G. E. Pake – Introduction to Theoretical Physics**

**Physics 173 – F. Bloch - Thermodynamics**

**Physics 175 – F. Bloch – Kinetic Theory of Gases**

**Math 131 – G. E. Latta – Partial Differential Equations I**

**Math 132 – G. E. Latta – Partial Differential Equations II**

**EM 231 – D. F. Tuttle – Non-Linear Oscillations**

**EM 232 – D. F. Tuttle – Non-Linear Oscillations**

**ME 237a – A. L. London – Thermodynamics of Propulsion Systems**

**Math 201 – P. W. Berg – Calculus of Variations**

**? – ? – ? (audit)**

**Academic Year 1958-59**

**Math 209a – P. R. Garabedian – Advanced Partial Differential Equations**

**Math 209b – P. R. Garabedian – Advanced Partial Differential Equations**

**Math 209c – P. R. Garabedian – Advanced Partial Differential Equations**

**ME 271a – G. Leppert – Nuclear Reactor Theory (audit)**

**ME 131 – Various – Elementary Engineering Thermodynamics [Myers was the TA for these classes]**

**Math 223 – M. M. Schiffer – Integral Equations (audit)**

**Summer 1962**

**ME 131 – G. E. Myers – Elementary Engineering Thermodynamics**