Virtual Labs

Mechanical Engineering Metal Forming Virtual Simulation Lab-I Experiments

Aim

Theory

Pretest

Procedure

Simulation

Posttest

References

Feedback

Aim

Theory

Pretest

Procedure

Simulation

Posttest

References

Feedback

Multi Step Forging

Choose difficulty:

Beginner

Intermediate

Advanced

Q1. The process of removing the burs or flash from a forged component in drop forging is called:

a: Swaging Explanation

Explanation

b: Perforating Explanation

Explanation

c: Trimming Explanation

Explanation

d: Fetting Explanation

Explanation

Q2. Which of the following material cannot be forged:

a: Wrought iron Explanation

Explanation

b: Cast iron Explanation

Explanation

c: Mild steel Explanation

Explanation

d: High carbon steel Explanation

Explanation

Q3. The forging defect due to hindrance to smooth flow of metal in component called lap. It occurred due to:

a: The corner radius provided is too large Explanation

Explanation

b: The corner radius provided is too small Explanation

Explanation

c: Draft is not provided Explanation

Explanation

d: The shrinkage allowance is inadequate Explanation

Explanation

Q4. In valve forging simulation of multi-step forging, the number of steps required for valve forging are:

a: 2 Explanation

Explanation

b: 3 Explanation

Explanation

c: 5 Explanation

Explanation

d: 4 Explanation

Explanation

Q5. In the valve forging simulation of multi-step forging, the material of the billet is:

a: Steel Explanation

Explanation

b: Brass Explanation

Explanation

c: Lead Explanation

Explanation

d: None of these Explanation

Explanation

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