Problem 1 A simply supported rectangular wooden beam has a span of 6 m. and carries a total uniform load of 25 kN/m including its own weight. The beam is made up of 50% stress grade Agoho. (Refer to table for the allowable stresses) a. If the beam width is 200mm and beam depth is 400 mm. What is the maximum flexural stress of the beam? Is it safe? b. What should be the area of the beam that will not exceed the allowable shearing stress? Species I. High Strength Group Agoho Liusin Malabayabas Manggachapui Molave Narig Sasalit Yakal Table TMBR-2: Properties of Philippine Wood at 50% Grade Modulus of Compression Elasticity in Parallel to Bending Grain Bending and Tension Parallel to Grain MPa 16.40 15.60 17.90 16.10 15.00 13.60 19.60 15-30 GPa 5.14 5.85 5.19 6.02 4.09 5.20 6.08 3.11 MPa 9.06 9.76 9.90 10.0 9.60 8.59 13.5 9-55 Compression Perpendicular to Grain MPa 3.69 2.69 5-44 3-77 3.96 3.11 6.40 3.92 Shear Parallel to Grain MPa 1.84 1.65 1.89 1.74 1.80 1.63 2.12 1.55
Problem 1 A simply supported rectangular wooden beam has a span of 6 m. and carries a total uniform load of 25 kN/m including its own weight. The beam is made up of 50% stress grade Agoho. (Refer to table for the allowable stresses) a. If the beam width is 200mm and beam depth is 400 mm. What is the maximum flexural stress of the beam? Is it safe? b. What should be the area of the beam that will not exceed the allowable shearing stress? Species I. High Strength Group Agoho Liusin Malabayabas Manggachapui Molave Narig Sasalit Yakal Table TMBR-2: Properties of Philippine Wood at 50% Grade Modulus of Compression Elasticity in Parallel to Bending Grain Bending and Tension Parallel to Grain MPa 16.40 15.60 17.90 16.10 15.00 13.60 19.60 15-30 GPa 5.14 5.85 5.19 6.02 4.09 5.20 6.08 3.11 MPa 9.06 9.76 9.90 10.0 9.60 8.59 13.5 9-55 Compression Perpendicular to Grain MPa 3.69 2.69 5-44 3-77 3.96 3.11 6.40 3.92 Shear Parallel to Grain MPa 1.84 1.65 1.89 1.74 1.80 1.63 2.12 1.55
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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