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Tanks and Reservoirs Tanks and Reservoirs: Technical Reference Tanks and Reservoirs: Calculation Spreadsheets Access N3 subscribers at the Tanks and Reservoirs Project Factory: Online Calculations Access N0 or N3 subscribers at the Project Factory
Spreadsheet for calculating lateral support shoes for tanks. Calculates dimensions, thicknesses and supported load….
Spreadsheet calculates the planning and specification of conical bottom and top for tanks (cone trunks), as well as side specification, reporting weights, thicknesses, overall dimensions and cutting dimensions…
Spreadsheet calculates thickness and dimensions for flat top selection for tanks.
Spreadsheet calculates the thickness for a flat tank bottom, depending on the applied load, considering flat or reinforced sheets.
This design tool calculates thickness-corrected cones where the inside of the big end touches the inside of the big tube (i.e, the big tube and the cone have the same thickness) and where the outside of the small end touches the outside of the small tube. Adjust the cone length […]
Calculate the required wall thickness or maximum allowable working pressure of an ASME VIII-1 tapered section. Also calculates volume and weight. Internal pressure only! Credits: Pressure Vessel Engineering Ltd Your browser does not support iframes.
Perform ASME VIII-1 nozzle-on-side calculations without reinforcement. Internal pressure only! Credits: Pressure Vessel Engineering Ltd Your browser does not support iframes.
Perform ASME VIII-1 nozzle-on-side calculations without reinforcement. Applied for internal pressure only! Credits: Pressure Vessel Engineering Ltd Your browser does not support iframes.
Calculates the required wall thickness or maximum allowable working pressure of an ASME VIII-1 hemispherical top. Also calculates volume and weight. Internal pressure only!! Credits: Pressure Vessel Engineering Ltd Your browser does not support iframes.
Calculates the required wall thickness or maximum allowable working pressure of an ASME VIII-1 torispherical top. Suggested dimensions are provided to calculate a standard proportion top. Also calculates volume and weight. Internal pressure only! Credits: Pressure Vessel Engineering Ltd Your browser does not support iframes.
Calculate the required wall thickness or maximum allowable working pressure of an elliptical top with aspect ratio 2:1 in accordance with ASME VIII-1. Volume and weight are also calculated. Only internal pressure Credits: Pressure Vessel Engineering Ltd Your browser does not support iframes.
Click a cell in this table to calculate the inch and metric dimensions of a pipe with and without tolerances. The tolerance is removed from the inner diameter (ID) of the tube. Credits: Pressure Vessel Engineering Ltd Your browser does not support iframes.
See design strengths of commonly used ASME Section IID materials for use with other design tools in this section. Set the design temperature in the Credits check box: Pressure Vessel Engineering Ltd Your browser does not support iframes.
Calculate the required wall thickness or maximum allowable working pressure of an ASME VIII-1 pipe or straight cylindrical wall. Also calculates volume and weight. Only for internal pressure! Credits: Pressure Vessel Engineering Ltd Your browser does not support iframes.
Publicized Projects FP 3D modeling and study of efforts using the Finite Element method – UGLY (Finite Element Analysis) for checking the structural integrity and load capacity of the most varied types of industrial equipment: scouts, reactors, heat exchangers, access platforms, stairs, pipe-racks, supports, cranes, woman, storage tanks (various fluids), transfer pumps, pipes, valves and others. The drawings can be executed freely or on a floor plan/model sent by the customer.
