https://3d-labs.com/product/depot-skid-lifting-lug-calculation/
This calculation the design requirement of lifting lug we going to considered the weight of the
component to be lifted is 50000 kg , impact factor Nd is 2 ,component force acting on the beam
F is 981000 Number of lug eye is 4,maximum combined force acting on lug eye Fc is 245250N.
https://3d-labs.com/product/davit-calculation-design/
A davit is used to secure the blind flange
and keep it from falling , especially in heavyweights
more than 25 kg. The blind flange has two handles for
opening purposes (Fig. 16.45). The davit is integrated into
the blind flange from one side and bolted with two nuts.
The davit base is generally a permanent structural fixture
on the roof of the building. It serves as the primary
anchor point that provides support to the mast, arm,
and the suspended platform that hooks over the
edge of the building.
https://3d-labs.com/product/calculation-of-transport-saddle-design/
calculation of transport saddle design,download calculation
of transport saddle design, transport saddle design.
Transport saddle design involves calculating load capacity, selecting suitable
materials, determining geometry, conducting structural analysis, applying safety
factors, designing secure attachment points, considering fatigue resistance, specifying
surface treatments, ensuring manufacturability, and validating the design through testing.
https://3d-labs.com/product/calculation-of-tailing-lug-design/
In this calculation the design requirement of lifting or tailing lugs provide lifting lug size, forces,
and also how much amount of shear stress occurs during lifting the Lug. The lifting lug Material
is SA 516 Gr.70. the allowable yield, shear, bending, tensile and weld stresses are considered this
calculation. And also, total weight of the equipment, safety factor number of lugs to provide,
design load of one tailing lugs, and maximum horizontal, vertical loads to be considered during
the calculations. Since all the induced stress is less then allowable stress hence the design is safe.
So We provide the detailed calculations of lugs to lift entire vessel/tank.
https://3d-labs.com/product/calculation-of-api-653-tank-shell-evaluation/
Calculation of API 653 Tank Shell Evaluation” involves rigorous assessments following
the American Petroleum Institute’s standards. Engineers analyze factors like corrosion rates,
shell thickness, material properties, and environmental conditions to ensure tank shell integrity.
Utilizing methods such as ultrasonic testing and visual inspection, these calculations identify
structural risks early, guiding maintenance and repair strategies. Compliance with API 653
standards ensures regulatory adherence and the reliability of storage facilities.
https://3d-labs.com/product/calculation-of-anchors-cross-section/
Calculation of Anchors-cross section
The function of anchor bolts is to transfer loads to
the masonry from attachments such as ledgers , sills, and bearing plates. Both shear and
tension is transferred through anchor bolts to
resist design forces such as uplift due to wind at the top of a column or wall or vertical
gravity loads on ledgers supporting joists or trusses.
https://3d-labs.com/product/aisc-bolting-design-calculation/
Required tightening moment - determined by the prestress force and affected by
the friction factor in threads between the nut and bolt , and by the friction factor
in the contact surface of the nut or bolt. Bolt value is the strength of the bolt.
The strength of the bolt is taken as the minimum value of the following.
(Shearing strength in a bolt. Bearing strength in a bolt. Tensile strength in a bolt.)
The shear strength of all bolts = shear strength of one bolt x number of bolts
The bearing strength of connecting/connected plates can be calculated using
equations given by AISC specifications.
https://3d-labs.com/bolted-storage-tank/ Glass Fused to steel / Glass -lined steel technology, is a leading solution which combines the ...
