Bodenbelastung Calculations PDF

## Bodenbelastung 1 The ground load is written in different ways with the same meaning. Fill in the missing information in the table below. | Max. Bodenbelastung | Max. Bodenbelastung | Anschrift alt | Anschrift neu | |---|---|---|---| | 1000 kg/m² | 10 000 N/m² | 1500 kg/m² | 15 000 N/m² | | |...

## Bodenbelastung 1 The ground load is written in different ways with the same meaning. Fill in the missing information in the table below. | Max. Bodenbelastung | Max. Bodenbelastung | Anschrift alt | Anschrift neu | |---|---|---|---| | 1000 kg/m² | 10 000 N/m² | 1500 kg/m² | 15 000 N/m² | | | | 1800 kg/m² | 18 000 N/m² | | | | 2000 kg/m² | 20 000 N/m² | | | | 1200 kg/m² | 12 000 N/m² | | | | 2500 kg/m² | 25 000 N/m² | | | | 1300 kg/m² | 13 000 N/m² | | | | 800 kg/m² | 8 000 N/m² | | | | 1500 kg/m² | 15 500 N/m² | | | | 1500 kg/m² | 15 000 N/m² | | | | 4000 kg/m² | 40 000 N/m² | | | | 2200 kg/m² | 22 000 N/m² | | | | 700 kg/m² | 7000 N/m² | ## Bodenbelastung 2 **a)** Complete the following calculations: | Length | Width | Area (m²) | kg/m² | N/m² | Total Load (N) | |---|---|---|---|---|---| | 12 m | 8 m | 96 | 2000 | 20 000 | 1 920 000 | | 19 m | 12 m | 228 | 1000 | 10 000 | 2 280 000 | | 15 m | 15 m | 225 | 500 | 5000 | 1 125 000 | | 19 m | 9.5 m | 180.5 | 1000 | 10 000 | 1 805 000 | | 14 m | 8 m | 112 | 1800 | 18 000 | 2 016 000 N | | 5 m | 7 m | 35 | 1500 | 15 000 | 525 000 | | 28 m | 1.16 | 11.57 | 5000 | 50 000 | 1 620 000 N | | | | 32.4 | better 500 | 5000 | | **b)** Can you store 800 pallets, each weighing 780 kg, on a floor that measures 21 x 60 m and allows a ground load of 500 kg/m²? The area of a pallet is assumed to be 1 m². Planned storage: 800 x 780 kg = 624 000 kg Max. Load: 21 m x 60 m x 500 kg / m² = 630 000 kg Yes, I can store these 800 pallets. ## Bodenbelastung 3 What weight could the following storage areas bear with the given maximum ground load? **Dimensions:** **80 m x 20 m** * Area: 1600 m² * Mass: 1 600 000 kg * Load: 16 000 000 N **90 m x 30 m** * Area: 2700 m² * Mass: 3 240 000 kg * Load: 32 400 000 N **100 m x 32 m** * Area: 3200 m² * Mass: 4 800 000 kg * Load: 48 000 000 N **60 m x 25 m** * Area: 1500 m² * Mass: 3 750 000 kg * Load: 37 500 000 N **Formulas:** * Area (m²) = Length x Width * Mass (kg) = Area x Max. Ground load in kg/m² * Load (N) = Area x Max. Ground load in N/m² ## Bodenbelastung 4 Is the load capacity sufficient for storing the block stacks? **Dimensions:** **11 m x 9 m** * Area: 99 m² * Load capacity: 49 500 kg * Pallet weight: 600 kg * Number of pallets: 90 * Block stack weight: 54 000 kg * Forklift weight: 2 t * Storage allowed: No **10 m x 8 m** * Area: 80 m² * Load capacity: 64 000 kg * Pallet weight: 400 kg * Number of pallets: 108 * Block stack weight: 43 200 kg * Forklift weight: 3 t * Storage allowed: Yes **12 m x 9 m** * Area: 108 m² * Load capacity: 64 800 kg * Pallet weight: 450 kg * Number of pallets: 108 * Block stack weight: 48 600 kg * Forklift weight: 2 t * Storage allowed: Yes **Formulas** * Area (m²) = Length x Width * Load capacity: Area x Max. Ground load * Block stack weight: Number of pallets x Pallet weight ## Flächennutzung 1 Calculate the following for a room shown in the diagram: * Building area * Gross storage area (net storage area + traffic areas) * Net storage area * Space utilization **Formula:** Space utilization = Net storage area/Gross storage area x 100 = (282.49 / 432.06) x 100 = 65.38% | Nr. | Length (m) | Width (m) | Area (m²) | |---|---|---|---| | Building Area | 26.25 | 18.50 | 485.625 | | 1 (Additional spaces) | 4.50 | 3.75 | - 16.878 | | 2 | 5.75 | 2.25 | - 12.937 | | 3 | 4.75 | 4.50 | - 21.375 | | Total Additional Spaces | | | - 51.187 | | Gross Storage Area | | | 434.438 | | 4 (Traffic Area) | 22.50 | 2.25 | - 50.625 | | 5 | 11.75 | 3.25 | - 38.187 | | 6 | 4.5 | 1.75 | - 8.875 | | 7 | 16.25 | 3.25 | - 52.812 | | Total Traffic Area | | | 150.499 | | Net Storage Area | | | 283.939 |