What is the primary objective of the research on mobility scooter chassis?

• To reduce the battery size

• To increase the weight of the chassis

• To identify suitable materials through finite element analysis

• To design a new model of mobility scooter

Which software was used for finite element analysis in this research?

• AutoCAD

• SolidWorks

• ANSYS

• MATLAB

What type of materials were compared in the study?

• Concrete, Glass, Steel, Carbon Fiber

• Wood, Steel, Plastic, Aluminum

• Copper, Brass, Titanium, Iron

• Conventional structural steel, Aluminum alloy, GFRP, CFRP

What is the projected market value of mobility scooters by 2027?

• $2.50 billion

• $2.00 billion

• $1.30 billion

• $1.85 billion

Which material showed the highest Von Mises Stress in the analysis?

• CFRP

• Low Carbon Steel

• Aluminum Alloy

• GFRP

What is the main advantage of using CFRP for the chassis?

• It is easy to manufacture

• It is the heaviest material

• It provides the best combination of low deformation and stress levels

• It is the cheapest material available

What was the weight capacity considered for the combined load case?

• 150 kg

• 130 kg

• 120 kg

• 100 kg

Which material is recommended for budget-conscious scenarios?

• Aluminum Alloy

• GFRP

• Low Carbon Steel

• CFRP

What is the significance of the chassis in a mobility scooter?

• It holds the battery only

• It supports the weight of the rider and provides stability

• It is the lightest part of the scooter

• It is used for aesthetic purposes

What type of analysis was performed on the mobility scooter chassis?

• Thermal analysis

• Static structural analysis

• Vibration analysis

• Dynamic analysis