SAND Yay 18KN/m -32 2m Water table SAND Yarated 20KN/m -32 3m Dredge line SAND Yatra 20KN/m -32 Find the driving depth of the cantilever sheetpile for the given profile by using free earth support method. Increase the driving depth about 30% for design. Calculate the maximum bending moment on the wall and determine the minimum required section modulus. (aa200MPa)

Q: IF Ho=5m,a320, B=100,pd%3D1600, 0=36 and 6=24 Calculate the safety of the gravity wall and determine…

A: Given data, Ho=5m α=20°β=100°φ=36°δ=24° we have to calculete the factor of safety against capacity…

Q: 40AN 360 300 m * E A 200 4 600 mm F D B Determine the axial stress in member CF if the area of each…

A: To determine the axial stress in CF and determine weather it is tensile or compressive.

Q: •JORN THAT T Im 2m 2mm 1mf 40 mm 1.) Draw the shew and 28 Find to 3.) Flexural Date Flexural…

A: As per company's guidelines we can only answer first three questions. Kindly post other questions as…

Q: For the cantilever shown below, Find, a) Maximum shear stress acting at section a-a. Compare in…

A: Given:Required :Maximum shear stress at section a-a Shear stress at point B at section a-a

Q: АСTIVITY 129 KN 106 KN 1.8m 2.7m 1.3m 12KN/m A B MA 7.5m MB

A:

Q: Question 38 Calculate the stress increase at corner Point A under the conditions of Z=L=B=5 m (Z is…

A:

Q: The correct friction factor for a 6-in cast-iron pipe with an absolute roughness of 0.0003-ft and…

A: Introduction- The Colebrook–White calculation, commonly known as the Colebrook calculation,…

Q: Help

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Q: If the allowable stresses are: 6t=165M, 5c = 100Mpa, T=701 Pa determinet max. value of c. KN Ans.…

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Q: A 1200 KN B 1200 KN 1.5m C 1.5m E 1.5m 1200 KN ↓ F 2.8 m Mih

A:

Q: Determine the average punching shear stress the circular shaft creates in the metal plate through…

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Q: A side hammer is collected with both shaft and journal sliding support, as illustrated in below…

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Q: For the slab system shown in Fig design the one way slab only in both directions. Use o12 bars I 0.3…

A:

Q: Determine the design moment strength pM, of the T-beam in the slab shown. The span length of the…

A: Given Data -

Q: 8. Two flat jacks, 12 in. square, are placed in the w: 3 mately circular test gallery 8 ft in…

A: Two flat jackets=12 in2, Diameter of circular test gallery=8 ft, Pressure-1= 2500 psi= 17.3 Mpa (FJ…

Q: The correct friction factor for a 6-in cast-iron pipe with an absolute roughness of 0.0003-ft and…

A:

Q: If the allowa ble stresses are :- 150 mm Bt = 165Miu,'sc =100MPA, T=7014 Par determinet mex, value…

A:

Q: Current Attempt in Progress Two solid bars support a load P as shown. Bar (1) has a cross-sectional…

A: Given data in question  2 bars A1 = 3800 mm2 A2 = 2100 mm2 Stresses 175 and 140 Mpa To find out…

Q: Proivde the summary of the below ? General shear failure

A: Dense of stiff soil that undergoes low compressibility experiences this failure. Continuous bulging…

Q: SITUATION II: A reinforced concrete beam 350mm and effective depth 540mm is used as a cantilever on…

A: All answer options are boxed.

Q: Problem 3: Compute the factors of safety for the configuration Bar and pin dimensions, limiting…

A: Given data,  Bar width = 500 mm Bar thickness = 150 mm Pin diameter = 75 mm Applied load = 90 kN…

Q: Calculate Brinell Hardness for Hardened AW-6060 Aluminium if mean depression * ?diameters (d)=…

A: P=3000kgf d=5.64mm

Q: H.W A shaft com Posed of Segments Ac,cD and DB s fastened to igid SuPPorts oand looded as shown, for…

A:

Q: 43.A 3 mx 3 m square precast reinforced concrete segments to be installed by pushing them through an…

A:

Q: B- Rectangular panel (4 *1) m, fixed at short edge and free at long edge, if resisting moment at…

A: In beam or panel when loading applied up to the plastic limit then the beam show mechanism a…

Q: SITUATION I 210 KN romm 3.5m 4-#8 IS KN/m om 5m A 3- #6 SPECS: * fc'= 32MPA = 415 MPa -0-0-0 60mm fy…

A: Given : fc = 32 Mpa, fy = 415 MPa, 500X300 mm cross section 3- 6# bars and 4-8# bars

Unit Conversion

Standard units are also called SI units. SI units are used for measuring a physical quantity satisfying certain conditions. There are two types of units: fundamental units and derived units. Fundamental units are physical quantities that are independent, that is, they do not depend on other quantities like mass, length, or time. There are plenty of quantities in our lives which need to be measured and compared. Measuring is the comparison of a particular physical quantity with its reference value. A unit is a measure of a fixed physical quantity. A physical quantity is the product of a unit and the numerical value we need to compare with.