Embedded Files
Using FEA analysis & simulation methods to identify product structural safety margins and optimize product configuration for cost, deflection & weight
Designed heavy mobile steel structures (up to 30 tons) which tolerate large dynamic loads (up to 2500 tons) and used FEA methods to reduce weight by %25 thus lowering costs
Designed numerous industrial fans up to 40 feet and drive shafts for various industrial complexes, refinery plants , petrochemical plants, and oil and gas projects
Used reverse engineering method to design and manufacture fiberglass fans and specific industrial parts for the Oil and Gas Industry
Reduced the unbalanced mass of drive shaft from 400 grams to 20 grams by changing the production method, resulting in improved quality of dynamic balancing
Used FEA stress analysis to determine the max allowable deformation in a long spacer-type flexible couplings driveshaft
Machining Background
Machining Background
I achieved first place in a national competition in Iran in the field of machining
Machining Background
Machining Background
Hand calculation
Hand calculation
Page updated
Google Sites
Report abuse