The maximum compressive stress in (MPa)
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Q: shear strain produced during the operation
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Q: ds kN. P= 100 KN 500 mm
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Q: What is the Shear Load on the left of point A to point A itself? * -15 kips -25 kips -10 kips O -18…
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Q: Draw shear force diagram along with calculation and write the accurate values in the diagram..
A: Shear force diagram represents shear force at every section of the beam. Shear force at any…
Q: If 80% of samples has a compressive strength greate than x, calculate the value of x (to 1 decimal…
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Q: Given the following duty record, how much life is consumed at each stress level? 60 ksi 49 ksi 10…
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Q: Concrete is reinforced with materials which provide better compressive properties True O False
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Q: The value of stress amplitude (in MPa) i
A: Given, Minimum stress,σmin=200 MPaMaximum stress,σmax=400 MPaFind the value of stress amplitude ?
Q: ne max stre33 1.50-mm 42-mm dia. 30-mm Axial tensile force 30
A: Given Diameter, D = 42 mm d = 30 mm Radius, r = 1.50 mm
Q: stress acting on of the prim n in-plane sh "erage normal ах on of the max ilts on
A: given:
Q: belt 100 mm wide che angle of lap for ermissible stress
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A: Given that , w=5kN/mP=15.11kN
Q: what is the unit of stress?
A: stress can be defined as the ratio of the applied and the cross-sectional area.
Q: What is the magnitude of the force on the structural member FD in kips?
A: Consider TDF, TCD, TCF, TBC, TBF, TEF, TAE and TAB are the values of forces in structure member DF,…
Q: What is the magnitude of the force on the structural member BC in kips?
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Q: ckness of th SS yield stress SS = T A ga:
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Q: Where is the maximum stress depending on ?the distance from the neutral axis إجابتك
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Q: nd shear stress is ?
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Q: s the formula of s
A: given: what is the formula of stress?
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Q: maximum allowable transverse load in kN
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A: please refer to the detailed solution given below,
Q: σ(allowable) = 243,000 psi Factor of safety = 1.5 Allowable shear stress (τ) = ?
A: Write the given values with suitable variables. σa=243000 psin=1.5 Here, σa denotes the allowable…
Q: Find tensile load
A: Given: specimen diameter, d= 5 mm tensile stress, σ = 31.83 MPa To find: tensile load (F)
Q: factor of safety for this loading is
A: Given data; A ductile material having an ; Endurance limit=196 N/mm2Yield point=294 N/mm2Max.…
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Q: 100 MPa. The hoop stress in MPa is :Select one a. 150 b. 200 C. 50 d. NONE e. 100
A: Let σh = Hoop stress σL =Longitudinal stress=100MPa As we know that σh =pD/2t…
Q: total true longitudenal strain in the rod
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The maximum compressive stress in (MPa)
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- 11 and 12 Question nUmber. Here You No need to solve the Problem ,In second Part Got ∆V=-10m^3. From Formula of Workdone(W)=-P∆V But here For 'P' Which value should I plug ? 150kpa or 900kpa or average value of pressure ? Please Quick within 5minLarge cars with long drive shafts often use a double U-joint arrangement called a_____. a. Spicer style U-joint b. constant velocity U-joint c. Cleveland style U-joint d. none of the aboveLFh BFt BFw L-Beam BFw: 40 BFt: 10 LFh: 30 LFt: 5 r:
- SOLVE OTTO CYCLE PROBLEM IN EXCELC- Fill the blank 1- Internal combustion engines classified according to air intake into the cylinder to and-- 2- Typical compression ratio for modern gasoline engine lie between 3- There are a number of gasoline additives that are used to raise the octane number such as 4- Higher compression ratio in SI engine lead to 5- The thermal efficiency of CI engine is than of SI engine. 6- Fuel with octane number of 78 indicate 78%- -and 22%- 7- Anti-Knock quality improves with - no. of carbon atoms. 8- Higher compression ratio in SI engine lead to 9- Maximum power overtaking a vehicle or climbing up a hill (extra load) this requires a mixture.THERMO-DYNAMIC PROBLEM,solve it correctly
- Kindly solvr this problem. tHank youTwo-stroke six-cylinder ICE has a cylinder bore of 4” and a stroke of 4”. If the engine is running at a speed of 1,500 rpm, what is the indicated horsepower of the engine? The mean effective pressure is 80 psi. Ans. 91 hp50 h = Pbot =Vw dt 8₂-50¹ ft T only unknown only 50 psig water glycerin 5.g=1.26 HW: '50' Sg= Le Jg= 1.268₁ =1.26x X62.4 16 Local atmospleric pressure = 780 mm Hg at the bottom reads 50 psig gage Temperature of water and glycerin is 68°F X = 624 11,89 = Pa Determine the depth of water (d in the tank.