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  • Created Formulas: 661
  • Created Widgets: 3585
APIs, Widgets & Apps
"Making the complex simple"

Free Construction Calculator Widgets





Construction Calculator Widgets
Widget, results 1 to 33 of 33
Calculation Form Name Calculation Form Description
Cálculo Cerâmica Calculation Form that Calcule o valor total da venda de pisos respeitando a quantidade de cada caixa
Quantidade de areia para contrapiso Calculation Form that Calcula a quantidade de cimento e areia para contrapiso - Considera perda de material de 5%
Quantidade de brita para piso de concreto Calculation Form that Calcula a quantidade de brita para piso de concreto: - Considera perda de material de 5%
Quantidade de tijolos Calculation Form that Calcula a quantidade de tijolos para construção de alvenaria: - Inclui perda de 7% - Considera junta de 1,5cm entre tijolos - Descotar vão de portas e janelas
Quantidade de areia para alvenaria Calculation Form that Calcula a quantidade de areia para assentamento de tijolo furado - Considera perda de 5% da argamassa de assentamento - Descontar o vão de portas e janelas
Quantidade de brita para laje Calculation Form that Calcula a quantidade de brita para laje de concreto - Perda de 5% de material
Quantidade de areia para reboco de parede Calculation Form that Calcula a quantidade de areia para reboco de paredes - considera perda de material de 5% - descontar os vãos de portas e janelas da área do reboco
Quantidade de areia para chapisco de paredes Calculation Form that Calcula o volume de areia para chapisco de paredes - considera perda de material de 5% - espessura do chapisco varia de 3cm (chapisco fino) até 5cm (chapisco grosso)
Board Foot Calculator Calculation Form that Calculates The Board Foot (BF ) based on Thickness (T ) , Width (W ) and Lenght (L ).A board foot is a piece of lumber 12\" wide by 1\' long by 1\". Regarding Thickness (T) use the following as input: 3/4 = .75 inch in thickness 4/4 = 1.00 inch 5/4 = 1.25 inches 6/4 = 1.50 inches 7/4 = 1.75 inches 8/4 = 2.00 inches
Bolt Circle Diameter BCD Calculation Form that Calculates the Bolt Circle Diameter (BCD) with distance between neighboring bolts (measured center to center) (P) and number of bolts (n) as input.
Bolt Circle Distance P Calculation Form that Calculates the distance between neighboring bolts (measured center to center) (P) with Bolt Circle Diameter (BCD) and number of bolts (n) as input.
Air changes per hour ACH Calculation Form that Calculates Air changes per hour (ACH) with Volumetric flow rate of air in cubic feet per minute (cfm) (Q) and Space volume L × W × H, in cubic feet (V) as input.
Rock Calculator -copy- Calculation Form that Calculates The Tons (t ) based on Width (w ) , Length (l ) and Height (h ).
Tank Volume Calculator (Cylindrical) Calculation Form that Calculates The Volume (V ) based on Radius (r ) , Radius (r ) and Height (h ).
Tank Volume Calculator (rectangular) Calculation Form that Calculates The Volume (V ) based on Length (l ) , Height (h ) and Width (w ).
Tank Volume Horizontal Oval Tank Calculation Form that Horizontal Oval Tank Volume Calculator based on: l=length of tank w=total width of tank a=straight part of w h=height f=fill, in this case 100%
Reduktionstals beräkning Calculation Form that Beräknar reduktionstalet för en konstruktion (dörr, vägg mm) där man har en sändare i ett rum och en mottagare i ett annat rum och en vägg eller annat konstruktionelement emallan. Am= Total Absortions yta Lm= Ljudtrycksnivå mottagarrum Ls= Ljudtrycksnivå sändarrum S= Skiljäväggens area Vanligtvis bestäms R för 19 eller 21 värden mellan 50Hz till 3150/5000 Hz
Number of Premix Concrete 20 pound bags Calculation Form that Calculates Number of Premix Concrete size 20 bags based on the volume (V) in cubic yards.
Number of Premix Concrete 40 pound bags Calculation Form that Calculates Number of Premix Concrete size 40 bags based on the volume (V) in cubic yards.
Number of Premix Concrete 60 pound bags Calculation Form that Calculates Number of Premix Concrete size 60 bags based on the volume (V) in cubic yards.
Number of Premix Concrete 80 pound bags Calculation Form that Calculates Number of Premix Concrete size 80 bags based on the volume (V) in cubic yards.
Litres of Creosote/Creoseal Needed - Measurements in Metres Calculation Form that Calculates The Litres Required (Ltr1 ) based on Height (h1 ) , Length (l1 ) and No of Sides (Si1 ).
Slope Cantilever Beam Concentrated load Calculation Form that Calculates the Slope at free end on a cantilever beam with length (l) and concentrated load (Fp) at free end and with the moment of inertia (I).
Deflection on a cantilever Beam Concentrated load Calculation Form that Calculates deflection (y) at any section in terms of (x), on a cantilever beam with length (l) and concentrated load (Fp) at free end and with the moment of inertia (I).
Little Of Water Used Calculation Form that Estimate litres of water used in a month (convert from cubic meters)
Deflection maximum on a cantilever Beam Uniform Load Calculation Form that Calculates the maximum deflection (δmax) on a cantilever beam with length (l) and Uniformly distributed load Fω (N/mm).
Deflection maximum on a simply supported beam Conc. Load Calculation Form that Calculates the maximum deflection (δmax) on a simply supported beam on both ends with length (l) and a concentrated load Fp (N/mm).
Gallons of water used Calculation Form that Estimate gallons of water used in a month (convert from cubic feet)
Thermal Resistance Calculation Form that Calculates the thermal resistance value (Rval) based on the k-value ( thermal conductivity, kc) and thickness of element (d). This formula is used in construction and building industry.
U value Construction Calculation Form that Calculates the U Value (Uval) based on the thermal resistance (R) on each part of the building element. Where (Rsi) is thermal resistance of inner surface, (Rso) is thermal resistance of outer surface, (Ra) is thermal resistance of unvented air cavaties and (R0,R1...) are thermal resistance of build
Deflection maximum on a simply supported beam Uniform Load Calculation Form that Calculates the maximum deflection (δmax) on a simply supported beam on both ends with length (l) and Uniformly distributed load Fω (N/mm).
Deflection maximum on a cantilever Beam Concentrated load Calculation Form that Calculates the maximum deflection (δmax) on a cantilever beam with length (l) and concentrated load (Fp) at free end and with the moment of inertia (I).
U value Construction Calculation Form that Calculates the U Value (Uval) based on the thermal conductivity (kc) on each part of the building element and the thickness (d). Where (kc_si) is thermal conductivity of inner surface, (kc_so) is thermal conductivity of outer surface, (kc_a) is thermal conductivity of unvented air cavaties and (kc_0, kc_1...) are thermal conductivity of each building component.