Engineering Design for Plastics

J. D. Griffin and R. E. Skochdopole, ia E. Baer, ed.. Engineering Design for Plastics, Reinhold Publishing Corp., New York, 1964. 

It is quite common in modem engineering designs, for plastics to be used in conjunction with other materials, particularly metals. In such cases it is wise to consider the possibility of thermal stresses being set up due to the differences in the thermal expansion (or contraction) in each material. 

Thorkildsen, R. L. In "Engineering Design for Plastics " E. Baer, Ed., Reinhold Publishing Corporation New York, New York, 1964. 

C.E. Rogers. Engineering Design for Plastics. Krieger Publishing Company, Huntington, 1975. 

Rogers G.E. In book Engineering Design for Plastics. Ed. Baer E. London, Chapman andHall, LTD., 1966, p. 193-273. 

Baer, E. "Engineering Design for Plastics" Reinhold New York, 1964. 

S. Gill, Characterization of Composites by Dynamic Mechanical Analysis, Industrial R D, Apl. (1982). Passaglia and J. R. Knox, Viscoelastic Behavior and Time-Temperature Relationships, "Engineering Design for Plastics, E. Baer, ed.. Van Nostrand Reinhold (1964). 

E. Baer, ed.. Engineering Design for Plastics, Reinhold, New York, 1974. 

R3) Rogers, C. E. Engineering Design for Plastics. New York Reinhold Publishing Co., Inc., 1964. 

Fig. 2-3. Uniaxial tension creep and short-time stress-strain diagram for polymethylmethacrylate at 73.4 2 F. (From Engineering Design for Plastics, Eric Baer, Reinhold, 1964)...

---