My crane

1. Form

1.1. How high will I make the structure?

1.2. How long should I make the structure?

1.3. How big the base should I make the structure?

1.4. Should I make the crane the same weight on the arms? (COUNTER BALENCE)

1.5. Where will I make my arm?

1.6. What kind of matierial is the best to use?

1.7. Where should I make the tie?

1.8. How to make my structure base stable?

1.9. How can I make a stable crane body?

2. Forces

2.1. Internal Forces

2.1.1. What type of matierial is best to resist compresion?

2.1.2. What is the best matierial to resist torsion?

2.1.3. What is the best matierial to resist sheer?

2.1.4. What is the best matierial to resist tension?

2.1.5. What is best structional component to resist compresion?

2.1.6. What is the best structional component to resist torsion?

2.1.7. What is the best structional component to resist sheer?

2.1.8. What is the best structional component to resist tension?

2.1.9. What shape is the best to resist compression?

2.1.10. What shape is the best to resist torsion?

2.1.11. What shape is the best to resist sheer?

2.1.12. What shape is the best to resist tension?

2.2. External Forces

2.2.1. What is the best matierial to resist wind?

2.2.2. What is best shape tp resist wing?

2.2.3. What is the best structional compinent to resist wind?

2.3. Loads

2.3.1. How much is the dead load?

2.3.2. How much is the life load?

2.3.3. What can I do if I want to make the structure more stable?

3. Functions

3.1. What can my structure do?

3.2. How strong can my structure hold?

3.3. Where can it be used?

4. stability

4.1. Is my structure stable?

4.2. Where will the COG been in order to make it stable?

4.3. Where should I put the weight?