A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Low-Velocity Transverse Impact of Small, Clear Spruce and Pine Specimens with Additional Energy Absorbing Treatments
Single-blow impact testing of spruce and pine specimens were done to assess the effects of additional E-glass reinforcing on the tension face of a beam along with a rubber lamina adhered to the impact face. Comparisons between classic three-point static bending and dynamic pendulum tests proved the wood specimens did not absorb more energy in a dynamic loading; conversely, when reinforced with E-glass the spruce specimens absorbed about 2.5 times more energy, and the pine specimens absorbed 1.4 times more energy. The pine specimens treated with rubber and E-glass absorbed only about 1.5 times more energy, indicating a minimal positive effect by adding rubber. The most critical aspect of testing was the strain rate sensitivity of the E-glass.
Low-Velocity Transverse Impact of Small, Clear Spruce and Pine Specimens with Additional Energy Absorbing Treatments
Single-blow impact testing of spruce and pine specimens were done to assess the effects of additional E-glass reinforcing on the tension face of a beam along with a rubber lamina adhered to the impact face. Comparisons between classic three-point static bending and dynamic pendulum tests proved the wood specimens did not absorb more energy in a dynamic loading; conversely, when reinforced with E-glass the spruce specimens absorbed about 2.5 times more energy, and the pine specimens absorbed 1.4 times more energy. The pine specimens treated with rubber and E-glass absorbed only about 1.5 times more energy, indicating a minimal positive effect by adding rubber. The most critical aspect of testing was the strain rate sensitivity of the E-glass.
Low-Velocity Transverse Impact of Small, Clear Spruce and Pine Specimens with Additional Energy Absorbing Treatments
Polocoşer, Tiberiu (author) / Stöckel, Frank (author) / Kasal, Bohumil (author)
2016-02-19
Article (Journal)
Electronic Resource
Unknown
| British Library Online Contents | 2016
Strength properties of Swedish pine wood as determined from small clear specimens
| Engineering Index Backfile | 1941