Determine
- The applicable adjustment factors for Fc, E, and Emin
- The column's slenderness factor
- The adjusted reference design value for compression parallel to grain F'c
- The compressive stress, Fc due to the applied load P
- If the column is sufficient in compression

Given
- Species: Bagtikan, visually graded (50%)
- For long term use (>10 yrs)
- Under service conditions, Moisture content <19%
- Subjected to an axial compressive load P = 1000kN

 

Transcribed Image Text:

EXAMPLE + Determine: SEATWORK The applicable adjustment factors for Fc, E and Emin The column's slenderness factor The adjusted reference design value for + Given: compression parallel to grain, F'e The compressive stress, f due to the applied load P + If the column is sufficient in compression + Species: Bagtikan, visually graded (50%) For long-term use (>10yrs) Under service conditions, Moisture Content <19% Temperature 60˚C + Incising was used At supports, rotation is free, translation fixed + Subjected to an axial compressive load, P = 1000 KN 6m 400mm 3m 150mm EXAMPLE + Determine: SEATWORK The applicable adjustment factors for Fc, E and Emin The column's slenderness factor The adjusted reference design value for + Given: compression parallel to grain, F'e The compressive stress, f due to the applied load P + If the column is sufficient in compression + Species: Bagtikan, visually graded (50%) For long-term use (>10yrs) Under service conditions, Moisture Content <19% Temperature 60˚C + Incising was used At supports, rotation is free, translation fixed + Subjected to an axial compressive load, P = 1000 KN 6m 400mm 3m 150mm

Answer rating: 100% (QA)

A structural member which is straight and is subjected to compressive force along its axis is termed ... View the full answer