- Question 3 10 Marks Calculate The Maximum Design Force P That The Connection Fig 3 Can Resist All Steel Is Grade 1 (28.16 KiB) Viewed 14 times
- Question 3 10 Marks Calculate The Maximum Design Force P That The Connection Fig 3 Can Resist All Steel Is Grade 2 (28.16 KiB) Viewed 14 times
- Question 3 10 Marks Calculate The Maximum Design Force P That The Connection Fig 3 Can Resist All Steel Is Grade 3 (26.97 KiB) Viewed 14 times
Question 3 (10 Marks) Calculate the maximum design force "P" that the connection (Fig 3) can resist. All steel is Grade S355JR. All bolts are Grade 8.8 M16 bolts. 20mm Plate Р P 16mm Plate 200 30 40 140 40 O 0 O 30 40 60 60 40 200
Question 3 (10 Marks) Calculate the maximum design force "P" that the connection (Fig 3) can resist. All steel is Grade S355JR. All bolts are Grade 8.8 M16 bolts. 20mm Plate Р P 16mm Plate 200 30 40 140 40 O 0 O 30 40 60 60 40 200
Question 2 (10 marks) Calculate the maximum design force (P) that the bolted connection (Figure 2) can resist. The bolts are M20, Grade 8.8 and all steel are grade S355JR. 80 160 60 250 Р 09' 06' 06 09 o 12mm PLATE