Empirical modeling analysis of potential commute demand for carsharing in Shanghai, China

Earth & Environmental Sciences

• demand 94%
• modeling 60%
• elasticity 57%
• socioeconomics 47%
• attribute 43%
• target group 40%
• travel demand 40%
• analysis 38%
• services 36%
• household income 35%
• government policy 34%
• road network 32%
• purchase 32%
• ownership 30%
• gender 29%
• automobile 26%
• household 24%
• price 23%
• vehicle 22%
• effect 6%
• method 6%

Social Sciences

• demand 100%
• commuter 91%
• China 87%
• road network 34%
• Environmental benefits 31%
• social benefits 26%
• household income 26%
• target group 25%
• pricing 24%
• dollar 23%
• government policy 22%
• purchase 22%
• travel 21%
• scenario 17%
• gender 11%
• time 8%

Engineering & Materials Science

• Elasticity 54%
• Data fusion 31%
• Electric fuses 30%