ode45 for Thwaites Method
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I am trying to use the ode45 solver to solve boundar layer momentum thickness using Thwaites Method for a flat plate
The equation I am trying to put into ode45 is  with the initial given condition for theta being
 with the initial given condition for theta being  which is from the analytical blasius solution.
 which is from the analytical blasius solution.  and
 and  are known for each point along the flat plate and I want to input them into ode45. I am however at a loss at how to translate this into Matlab.
 are known for each point along the flat plate and I want to input them into ode45. I am however at a loss at how to translate this into Matlab. 
 with the initial given condition for theta being
 with the initial given condition for theta being  which is from the analytical blasius solution.
 which is from the analytical blasius solution.  and
 and  are known for each point along the flat plate and I want to input them into ode45. I am however at a loss at how to translate this into Matlab.
 are known for each point along the flat plate and I want to input them into ode45. I am however at a loss at how to translate this into Matlab. My attempt:
[xode theta] = ode45(@(x,theta) thwaites(x,Ve,dVedx,v,theta) ,[0 1],Theta0)
function dthetadx = thwaites(x,Ve,dVedx,v,theta)
sym theta
dthetadx = .225 .* v./(Ve .* theta) - (3 .* theta)./Ve .* dVed
end
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Réponses (1)
  Pravin Jagtap
    
 le 27 Fév 2020
        Hello Zachary,
Refer to the following documentation link of ‘ode45’ function. This will give your better insights into how to use ‘ode45’ function and its suitability for your problem along with examples:
Hope this will help you.
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