DECK ENGINEERING CALCULATIONS, Civil Engineering

Assignment Help:
We need eng. calcs for a deck 17''x 10 feet.attach to the guest house.
calculations will be for 230 psi snow load . in the city of Mammoth lakes Ca.
deck is supported for 3 girder beams ''
at the front. 6x8 at center 6x6 and the last against the foundation of the house 4x8 girder attach with 5/8 bolt studs 16" OC.The joist will be 2x6 spaced 16" oc.
the deck is 24" of the ground. and girders are supported in 12"x12 piers spaced 4'' apart.i can send the plan draw
thanks

Related Discussions:- DECK ENGINEERING CALCULATIONS

Determine the strain compatibility method, Determine the Strain Compatibili...

Determine the Strain Compatibility method For estimating the ultimate strength of prestressed concrete members in flexure, 'Strain Compatibility method' may be used. For calcul

Digit of cells for concrete box girder bridges, Question How does an engine...

Question How does an engineer determine digit of cells for concrete box girder bridges ? Answer If depth of a box girder bridge exceeds 1/6 or 1/5 of bridge width, then it is o

Delay of bituminous laying on top of sub-base, Question In case if ther...

Question In case if there is a delay of bituminous laying on top of sub-base, have to tack coat be applied on the top surface of sub-base? Answer When there is a d

RISE AND FALL METHOD, WHAT IS THE PURPOSE OF USING THE RISE AND FALL METHOD...

WHAT IS THE PURPOSE OF USING THE RISE AND FALL METHOD IN LEVELLING?

SHEARING STRESS IN CIRCULAR SECTION, SHEAR STRESS DISTRIBUTION INTO CIRCULA...

SHEAR STRESS DISTRIBUTION INTO CIRCULAR SECTION DERIVATION

Explain the term - prestressing force, Explain the term - Prestressing Forc...

Explain the term - Prestressing Force Due to the stretching of  tendons, tensile stresses develop inside tendons. Resultant prestressing force in tendons may be calculated by m

STRUCTURAL DYNAMICS, Consider a diver weighing 200 Ib at the end of a divin...

Consider a diver weighing 200 Ib at the end of a diving board that cantilevers out 3 ft. The diver oscillates at a frequency of 2 Hz. What is the flexural rigidity E I of the divin

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd