Resurrection of the barrel from the depths
Employer
[no-member:pro]Sergey[/no-member:pro]
Project parameters
Type of cooperationPeriodic employment
SectionEducation and consulting
Prepaymentwithout prepayment
Payment methodsBank transfer
Acceptance of requestsfrom Dec 26, 2023 until Jan 10, 2024
Project description
Offering remote work. We are looking for a specialist (from the field of mathematical modeling and simulation of processes).
The question is: in what software can you create a simulation of the surfacing of a barrel of 100 liters from a depth of 8 meters and 25 meters?
Task 1: find out the speed of the rise of the barrel m / sec (10 meters, 25 meters)
Task 2: to know the dependence of the speed of ascent on the amount of air and pressure differences on the ascent paths?
Objective 3: How does the geometry of the body affect the rate of ascent? What is the optimal form for speed?
Acceptance of work: show the process in the simulator, show the calculation, show the presence of formulas confirming the speed of surfacing.
The question is: in what software can you create a simulation of the surfacing of a barrel of 100 liters from a depth of 8 meters and 25 meters?
Task 1: find out the speed of the rise of the barrel m / sec (10 meters, 25 meters)
Task 2: to know the dependence of the speed of ascent on the amount of air and pressure differences on the ascent paths?
Objective 3: How does the geometry of the body affect the rate of ascent? What is the optimal form for speed?
Acceptance of work: show the process in the simulator, show the calculation, show the presence of formulas confirming the speed of surfacing.
