· Determining Young’s modulus, Shear modulus, Flexural Modulus, Poisson’s ratio of the various types of materials using specimens with small dimensions

· Storage modulus, Loss modulus, Tan d, Glass transition temperature (Tg) of viscoelastic materials

· Determining of the behaviors of damping, creep and stress relaxation  of viscoelastic materials

· Frequency sweep at constant amplitude or stress

· All tests can be performed for changing temperature between the room temperature and 600 °C.

· We have the clamps of film tension, three-point bending, single-dual cantilever, pure shear, compression.

· All tests are performed in accordance with the universal codes about the DMA.

 

For detailed information about the machine, visit

http://www.tainstruments.com/pdf/brochure/dma.pdf

· Designing and analysis of rigid/flexible (such as concrete/HDPE) pipes underground or under water according to the needs

· Designing and analysis of members used in the construction of pipeline systems

· All procedures are acquired using analytical and numerical methods especially Finite Element Method in computer programs.

· We have a great about pipe and pipeline systems gained from many different application and research projects.

 

· Creating models for different problems in many areas in the industry to estimate the situation of the stress distribution on members or structures

· Evaluating the mechanical behavior of biomechanical systems such as implant teeth into the area of jaw surgery

· Determining the stress fields on the plates of glasses which can be heat-strengthened or tempered with universal non-destructive method of photoelasticity

· Precise investigation using polarizing microscope

· Designing new parts or elements for structures or machines