photo

Noel Lou


Actif depuis 2016

Followers: 0   Following: 0

Statistiques

All
MATLAB Answers

6 Questions
0 Réponses

ThingSpeak

1 Public Chaîne

RANG
64 695
of 300 788

RÉPUTATION
0

CONTRIBUTIONS
6 Questions
0 Réponses

ACCEPTATION DE VOS RÉPONSES
0.0%

VOTES REÇUS
0

RANG
 of 21 091

RÉPUTATION
N/A

CLASSEMENT MOYEN
0.00

CONTRIBUTIONS
0 Fichier

TÉLÉCHARGEMENTS
0

ALL TIME TÉLÉCHARGEMENTS
0

RANG

of 171 083

CONTRIBUTIONS
0 Problèmes
0 Solutions

SCORE
0

NOMBRE DE BADGES
0

CONTRIBUTIONS
0 Publications

CONTRIBUTIONS
1 Public Chaîne

CLASSEMENT MOYEN
30

CONTRIBUTIONS
0 Point fort

NOMBRE MOYEN DE LIKES

Feeds

Afficher par

Chaîne


SNAP_IOT

environ 7 ans il y a

Question


Using Simpson's rule to get immersed volume as the lifeboat immersed into the water
Hi there, I am doing a simulation of a free-fall lifeboat trajectory into the ocean and there is a part where i need to get t...

plus de 9 ans il y a | 1 réponse | 0

0

réponse

Question


how to use Simpson 1/3 with different area at different time-step
Hi Everyone, I tried searching the web for a solution but could not get any solutions, so i hope anyone out there could help ...

presque 10 ans il y a | 1 réponse | 0

0

réponse

Question


4th order Runge kutta with system of coupled 2nd order ode MATLAB need help i do not know where my algorithm gone wrong
MX''=Fn(cosΦ−usinΦ) MZ''=Fn(sinΦ+ucosΦ)−Mg IΦ''=Fn(Bxx+uBz) I tried using Runge-Kutta methods to approximate motion e...

presque 10 ans il y a | 1 réponse | 0

1

réponse

Question


Runge-kutta - free-fall motion
Hi there, i am doing a trajectory simulation for a free-fall lifeboat, however i tried solving the following motion equations to...

presque 10 ans il y a | 1 réponse | 0

0

réponse

Question


4th oder runge kutta with 2 2nd order ode
Hi There! MX''=Fn(sin θ - uCos θ ) MZ''=Fn(cos θ + uSin θ ) - Mg Fn,M,θ,u is constant fn/M = 0.866 M = 6000 ...

presque 10 ans il y a | 1 réponse | 0

0

réponse

Question


need help with 4th order runge kutta with multiple 2nd ode
hi, i would like to ask am i able to use runge kutta for motion equations? M(d2x/dt2)=Fn(sin θ - uCos θ ) M(d2z/dt2)=Fn(co...

presque 10 ans il y a | 1 réponse | 0

0

réponse