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This paper presents a computational approach for simulating the deposition flow that occurs in the Large Area Additive Manufacturing ( LAAM ) process and the effects on the final short fiber orientation state in the deposited polymer bead and the resulting bead mechanical and thermal properties .
 concept or principle: deposition; process parameter: Area; manufacturing process: Additive Manufacturing; concept or principle: process; material: short fiber; concept or principle: orientation; material: polymer; process characterization: bead; process characterization: bead; concept or principle: thermal properties
Given options, please tell me the categories of all the listed entity words.Output format is "type1: word1; type2: word2". 
Option: manufacturing standard, machanical property, manufacturing process, material, engineering feature, process parameter, machine or equipment, application, process characterization, enabling technology, biomedical, concept or principle 
Text: {0} 
 Entities: deposition, Area, Additive Manufacturing, process, short fiber, orientation, polymer, bead, bead, thermal properties 
Answer:
 concept or principle: deposition; process parameter: Area; manufacturing process: Additive Manufacturing; concept or principle: process; material: short fiber; concept or principle: orientation; material: polymer; process characterization: bead; process characterization: bead; concept or principle: thermal properties