The arbitrary Lagrangian-Eulerian (ALE) is a finite element formulation in which the computational system is not a prior fixed in space (e.g. Eulerian-based finite element formulations) or attached to material (e.g. Lagrangian-based finite element formulations). ALE-based finite element simulations can alleviate many of the drawbacks that the traditional Lagrangian-based and Eulerian-based finite element simulations have.
When using the ALE technique in engineering simulations, the computational mesh inside the domains can move arbitrarily to optimize the shapes of elements, while the mesh on the boundaries and interfaces of the domains can move along with materials to precisely track the boundaries and interfaces of a multi-material system.
ALE-based finite element formulations can reduce to either Lagrangian-based finite element formulations by equating mesh motion to material motion or Eulerian-based finite element formulations by fixing mesh in space. Therefore, one finite element code can be used to perform comprehensive engineering simulations, including heat transfer, fluid flow, fluid-structure interactions and metal-manufacturing.
The conjuncture capable of transforming practices objectively co-ordinated because subordinated to partially or wholly identical objective necessities, into collective action (e .g . revolutionary action) is constituted in the dialectical relationship between, on the one hand, a habitus, understood as a system of lasting, transposable dispositions which, integrating past experiences, functions at every moment as a matrix of perceptions, appreciations, and actions and makes possible the achievement of infinitely diversified tasks, thanks to analogical transfers of schemes permitting the solution of similarly shaped problems, and thanks to the unceasing corrections of the results obtained, dialectically produced by those results, and on the other hand, an objective event which exerts its action of conditional stimulation calling for or demanding a determinate response, only on those who are disposed to constitute it as such because they are endowed with a determinate type of dispositions (which are amenable to reduplication and reinforcement by the “awakening of class consciousness”, that is, by the direct or indirect possession of a discourse capable of securing symbolic mastery of the practically mastered principles of the class habitus)." (ibid: 82-83)
Bourdieu, P. (1977). Outline of a theory of practice.
This is a similar situation to the nazi flag a few years ago, this does NOT break the rules. This is historical, and should be used for historical purposes
The arbitrary Lagrangian-Eulerian (ALE) is a finite element formulation in which the computational system is not a prior fixed in space (e.g. Eulerian-based finite element formulations) or attached to material (e.g. Lagrangian-based finite element formulations). ALE-based finite element simulations can alleviate many of the drawbacks that the traditional Lagrangian-based and Eulerian-based finite element simulations have.
When using the ALE technique in engineering simulations, the computational mesh inside the domains can move arbitrarily to optimize the shapes of elements, while the mesh on the boundaries and interfaces of the domains can move along with materials to precisely track the boundaries and interfaces of a multi-material system.
ALE-based finite element formulations can reduce to either Lagrangian-based finite element formulations by equating mesh motion to material motion or Eulerian-based finite element formulations by fixing mesh in space. Therefore, one finite element code can be used to perform comprehensive engineering simulations, including heat transfer, fluid flow, fluid-structure interactions and metal-manufacturing.
@ThePropellerIsAFan old sp meme
This plane is fake, biplanes dont exist
S A N S
T
Android lost access to mods too, although we still can use fine tuner / overload and some map mods and plugins
Stay pls
The arbitrary Lagrangian-Eulerian (ALE) is a finite element formulation in which the computational system is not a prior fixed in space (e.g. Eulerian-based finite element formulations) or attached to material (e.g. Lagrangian-based finite element formulations). ALE-based finite element simulations can alleviate many of the drawbacks that the traditional Lagrangian-based and Eulerian-based finite element simulations have.
+1When using the ALE technique in engineering simulations, the computational mesh inside the domains can move arbitrarily to optimize the shapes of elements, while the mesh on the boundaries and interfaces of the domains can move along with materials to precisely track the boundaries and interfaces of a multi-material system.
ALE-based finite element formulations can reduce to either Lagrangian-based finite element formulations by equating mesh motion to material motion or Eulerian-based finite element formulations by fixing mesh in space. Therefore, one finite element code can be used to perform comprehensive engineering simulations, including heat transfer, fluid flow, fluid-structure interactions and metal-manufacturing.
Tag me pls
Just use a reality breaker, it should do some funky stuff to the server
+1@MAHADI i own one of the most powerful phones on earth, and i probabaly cant run that on low settings
Make a veloceraptor with a moustache wearing a sombrero dual weilding ak-47s
+1Bookmark
That is some HIGH DETAIL
Rip
T
These new bronze users are super skilled
T
That part count tho
T
Asserting dominance
How tf did you do this
+2@L3dg3ndary its what spef does, he just hides it better
Its alive!
No
+2Yum
@Ferrolon or car
@BigChunguss use fast forward
The conjuncture capable of transforming practices objectively co-ordinated because subordinated to partially or wholly identical objective necessities, into collective action (e .g . revolutionary action) is constituted in the dialectical relationship between, on the one hand, a habitus, understood as a system of lasting, transposable dispositions which, integrating past experiences, functions at every moment as a matrix of perceptions, appreciations, and actions and makes possible the achievement of infinitely diversified tasks, thanks to analogical transfers of schemes permitting the solution of similarly shaped problems, and thanks to the unceasing corrections of the results obtained, dialectically produced by those results, and on the other hand, an objective event which exerts its action of conditional stimulation calling for or demanding a determinate response, only on those who are disposed to constitute it as such because they are endowed with a determinate type of dispositions (which are amenable to reduplication and reinforcement by the “awakening of class consciousness”, that is, by the direct or indirect possession of a discourse capable of securing symbolic mastery of the practically mastered principles of the class habitus)." (ibid: 82-83)
Bourdieu, P. (1977). Outline of a theory of practice.
+1Hey Vsauce, Micheal here, W H E R E A R E Y O U R F I N G E R S ?
+2Haha turret go brrr
+1Its cool, but that will be hard to put on an aircraft
@ArcturusAerospace she cant stand up, and is shaking a lot
I may have to put down my dog on monday...
@BigChunguss lol, i thought i was disqualified
@JustDatGuy all development is halted currently
All of this is a hard
NOWhy you may be asking? Well all development on sp has been halted. Furthermore, ios modding is aganst apple TOS
(plus, the way the game is programmed doesnt allow a map editor to exist)
+2You have obtained bronze rank for reaching 100 points
Odd, i thought it was an accident or something, as i wanted to get tagged on his latest build but i eas blocked
@FlyingPatriot they dont have access to tourney pcs rn
Its pretty cool
WEEB
All development to sp is halted due to the plauge
+2Yes, but you can run whatever you want on an android
This is a similar situation to the nazi flag a few years ago, this does NOT break the rules. This is historical, and should be used for historical purposes
I dont get it
@rexzion its actually something i copied from spefy
The arbitrary Lagrangian-Eulerian (ALE) is a finite element formulation in which the computational system is not a prior fixed in space (e.g. Eulerian-based finite element formulations) or attached to material (e.g. Lagrangian-based finite element formulations). ALE-based finite element simulations can alleviate many of the drawbacks that the traditional Lagrangian-based and Eulerian-based finite element simulations have.
When using the ALE technique in engineering simulations, the computational mesh inside the domains can move arbitrarily to optimize the shapes of elements, while the mesh on the boundaries and interfaces of the domains can move along with materials to precisely track the boundaries and interfaces of a multi-material system.
ALE-based finite element formulations can reduce to either Lagrangian-based finite element formulations by equating mesh motion to material motion or Eulerian-based finite element formulations by fixing mesh in space. Therefore, one finite element code can be used to perform comprehensive engineering simulations, including heat transfer, fluid flow, fluid-structure interactions and metal-manufacturing.
This cart is from pretty much every cart ride game
Lazarus
@switdog08 its a really old meme