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create mesh( volume) between plane and curved surface

  • Thread starter Thread starter Gallup
  • Start date Start date
I agree with those who have already responded that it should be rebuilt of surfaces. the starting mesh has a discreetly approximate edge, so it is necessary to determine how much it is necessary to stick to that.
with rhinoceros, working more on the beauty than on the precise, I got this.
 

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I have never made any kind of modelling, I am doing masterful thesis bio engineering
https://corsi.unica.it/ingegneriabiomedica/che-cose-la-bioingegneria/ said:
la bioing regions is a discipline that uses methodologies and technologies of electronic engineering, computer science, mechanics and chemistry to deal with life science issues. bioengineering is universally recognized as an emerging discipline aimed at generating better understanding of biological phenomena and producing health technologies with benefit to society (mit definition, use, 1999).
so using 3d modeling technologies should be included among the skills you should develop. the fact that on this forum you are supporting yourself as it was done is not of any help, you should rather deepen through the university.
 
the best way, not to cut the jagged outline and to pass the plantar from a 43 to a 41 is to remake the surface and to extend it and cut it from the extruded contour obtained on the floor estsupImmagine.webp
 
so using 3d modeling technologies should be included among the skills you should develop. the fact that on this forum you are supporting yourself as it was done is not of any help, you should rather deepen through the university.
quoto, that's why I haven't fixed the file yet, since @gallup have been given advice on how to do with the software you know
the best way, not to cut the jagged outline and to pass the plantar from a 43 to a 41 is to remake the surface and to extend it and cut it from the extruded contour obtained on the floor
to pass from a 43 to a 41 not enough to cut the blade! :eek:
 
quoto, that's why I haven't fixed the file yet, since @gallup have been given advice on how to do with the software you know



to pass from a 43 to a 41 not enough to cut the blade! :eek:
the advice of those who follow me were: use these programs and search online how to do, not even those who follow me can do it.
in the path of master bio-engineering of the university of Padua there are no courses (almost less among the mandatory) that speak of modeling, the only thing that you see is how to work on images, not volumes, so if you can give me a hand perfavore datemela.
 
I ask the shoemaker under the house
would tell you to cut out the plantar :). He would do that. With a pencil, it would design a new contour smaller and then with the shoemaker blade would cut off the jagged part. only that he does not have the scale command to return the plantar to the original size. It would probably beat the plantar as it does for steaks to enlarge it. :d. but all in all the things he would do are the same as we would do with other tools.
If you can help me please give me a hand
What software are you doing? Each software has its own philosophy in proposing solutions to the problem that arises, although in principle they propose all the same tools. It's just the way to operate what changes. You should explore the program to find the tools we have listed, and that serve for operations like drawing closed lines, creating surfaces from the contours of the lines, making cuts of surfaces and solids, making extrusions of surfaces or lines. You should also see if the software you are using is good for working with the surfaces. for example rhino and 3ds max offer good tools to operate with surfaces, autocad a little less (although with years has improved a lot).
 
Here it is, it should be as you asked.

Now all I have to do is talk to those at the University of Padua and give me an honorary degree, you never know...
Thank you very much, tomorrow I try the lab simulations and I hope it's okay! I wonder if the same thing you can do with this other insole if you have a moment of time, thank you!
 

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would tell you to cut out the plantar :). He would do that. With a pencil, it would design a new contour smaller and then with the shoemaker blade would cut off the jagged part. only that he does not have the scale command to return the plantar to the original size. It would probably beat the plantar as it does for steaks to enlarge it. :d. but all in all the things he would do are the same as we would do with other tools.



What software are you doing? Each software has its own philosophy in proposing solutions to the problem that arises, although in principle they propose all the same tools. It's just the way to operate what changes. You should explore the program to find the tools we have listed, and that serve for operations like drawing closed lines, creating surfaces from the contours of the lines, making cuts of surfaces and solids, making extrusions of surfaces or lines. You should also see if the software you are using is good for working with the surfaces. for example rhino and 3ds max offer good tools to operate with surfaces, autocad a little less (although with years has improved a lot).
I am using geomagic to work with the initial files (.stl) of insole, bones and skin of the foot, from there I create the mesh, freecad export where I generate a closed volume (.step) and take out in abaqus where I have to do the simulations of the walk.
 
I am using geomagic to work with the initial files (.stl) of insole, bones and skin of the foot, from there I create the mesh, freecad export where I generate a closed volume (.step) and take out in abaqus where I have to do the simulations of the walk.
esporta tap pure geomagic
 
me is closer to the cumana sibilla
:roflmao:
I am using geomagic to work with the initial files (.stl) of insole, bones and skin of the foot, from there I create the mesh, freecad export where I generate a closed volume (.step) and take out in abaqus where I have to do the simulations of the walk.
geomagic I don't know how to use it, but I witnessed a demo (with model provided by us in real time, not those four ready cubes that use for demos usually...the person who kept the demo had not had the time to study that model), and I was amazed
regarding the treatment of mesh I have not yet seen better (y)
But all in all the things he would do are the same as we would do with other tools.
shirokko is right, from what I understood also him, like me, has some experience in footwear, the cutout can only happen if a sole is perfectly flat, but also here, if you have no experience you will not know how to put it on team and how to develop it.
developing three-dimensional soles is one thing you learn only by working, and practically always customers or turn modelers have their "exigenze" (translated: they have handles from outside their heads)
Thank you very much, tomorrow I try the lab simulations and I hope it's okay! I wonder if the same thing you can do with this other insole if you have a moment of time, thank you!
In the meantime, I don't have time today, maybe before dinner I can do it.
I have not yet opened the file, in case the foot is not aligned, align it you and re-allegal. In the previous one I didn't know what I needed at the end, I didn't worry about teaming my feet or sole.

p.s. what is very important: if the data acquired you, push so that the starting data are good, makes an abysmal difference in time spent working on it, and inevitably leads to less work for a better final result
 
I am using geomagic to work with the initial files (.stl) of insole, bones and skin of the foot, from there I create the mesh, freecad export where I generate a closed volume (.step) and take out in abaqus where I have to do the simulations of the walk.
from this discussion and from that you opened earlier it does not seem that at least geomagic is using it you. Leave freecad to be and learn how to repair and edit geomagic mesh (such as geomagic? wrap? study? freeform? design x?) and you will see that you will need nothing else.
for these suns maybe you do before surfaces, given the simplicity of form, and each of us could have its own solution, but for organic forms like the skeleton of the previous discussion there is no history.
the advice of those who follow me were: use these programs and search online how to do, not even those who follow me can do it.
in the path of master bio-engineering of the university of Padua there are no courses (almost less among the mandatory) that speak of modeling, the only thing that you see is how to work on images, not volumes, so if you can give me a hand perfavore datemela.
I would say that even the university is part of the compulsory school. Thesis should be proof of your value in learning and attitude, so I think you should put yours on it. to give you an example, in my professional path I supported a degree in mechanical engineering that for the thesis has practically created a cad through open source libraries studying c++ programming.
 
@gallup If you're following (professionals, assistants) haven't thought about it yet, try to tell him if he can find a way to get you into a couple of days of training at the 3d systems of treviso, I think you might come in handy in the future.
 
from this discussion and from that you opened earlier it does not seem that at least geomagic is using it you. Leave freecad to be and learn how to repair and edit geomagic mesh (such as geomagic? wrap? study? freeform? design x?) and you will see that you will need nothing else.
for these suns maybe you do before surfaces, given the simplicity of form, and each of us could have its own solution, but for organic forms like the skeleton of the previous discussion there is no history. .
design x
 

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