On Sat, 12 Sep 2009, Ted Kord wrote:
> The problem I actually have is that there's a concentrated load at a single
> point, say x = 16 (domain: 0 < x < 20) which is represented mathematically
> as :
>
> -0.5 - 30 * dirac-delta(x-16)
>
> As far as I know, this, i.e., -30 will have to be applied
Quoting John Peterson :
> On Sat, Sep 12, 2009 at 4:08 PM, Ted Kord wrote:
>> 2009/9/12 David Knezevic
>>
>>> Roy Stogner wrote:
>>>
On Sat, 12 Sep 2009, David Knezevic wrote:
Ted Kord wrote:
>
How do I apply a Neumann B.C at an inter-element boundary?
>>
On Sat, Sep 12, 2009 at 4:08 PM, Ted Kord wrote:
> 2009/9/12 David Knezevic
>
>> Roy Stogner wrote:
>>
>>>
>>> On Sat, 12 Sep 2009, David Knezevic wrote:
>>>
>>> Ted Kord wrote:
>>>
>>> How do I apply a Neumann B.C at an inter-element boundary?
>
The same way as a usual Neuma
2009/9/12 David Knezevic
> Roy Stogner wrote:
>
>>
>> On Sat, 12 Sep 2009, David Knezevic wrote:
>>
>> Ted Kord wrote:
>>>
>>
>> How do I apply a Neumann B.C at an inter-element boundary?
>>>
>>> The same way as a usual Neumann BC... the only trick is that you have to
>>> find which intern
Roy Stogner wrote:
>
> On Sat, 12 Sep 2009, David Knezevic wrote:
>
>> Ted Kord wrote:
>
>>> How do I apply a Neumann B.C at an inter-element boundary?
>>
>> The same way as a usual Neumann BC... the only trick is that you have to
>> find which internal element to apply it to. One way to do this wo
On Sat, 12 Sep 2009, David Knezevic wrote:
> Ted Kord wrote:
>> How do I apply a Neumann B.C at an inter-element boundary?
>
> The same way as a usual Neumann BC... the only trick is that you have to
> find which internal element to apply it to. One way to do this would be
> to set the subdomain
Ted Kord wrote:
> Hi
>
> How do I apply a Neumann B.C at an inter-element boundary?
>
The same way as a usual Neumann BC... the only trick is that you have to
find which internal element to apply it to. One way to do this would be
to set the subdomain_id of elements on one side of the inter-e
