First time here? Check out the
Help
page!
Question-and-Answer Resource for the Building Energy Modeling Community
Get started with the Help page
Hi there! Please sign in
help
tags
users
badges
ALL
UNANSWERED
Ask Your Question
Iason Bournas's profile - overview
overview
network
karma
followed questions
activity
55
karma
follow
Registered User
member since
2017-09-23 12:12:14 -0600
last seen
2022-02-08 02:11:15 -0600
todays unused votes
30
votes left
4
Questions
310
views
2
answers
2
votes
2017-09-25 13:48:21 -0600
Dan Glaser
Important computer specs (cpu clock, nr of cores/threads, ram, etc.) if you want rtrace to compute faster?
radiance
simulation-time
computer-hardware
1k
views
1
answer
1
vote
2022-02-02 23:14:55 -0600
shorowit
Long-wave radiation exchange between surfaces of 2 zones connected via airwall
long-wave-radiation
energyplus
air-wall
construction
heat-transfer
187
views
1
answer
1
vote
2017-09-24 10:21:23 -0600
GregWard
Can i read the different contributions (direct, indirect specular, indirect diffuse) that sum up to the illuminance (lux) of a point?
radiance
49
views
no
answers
no
votes
2022-01-20 07:31:17 -0600
Iason Bournas
Longwave radiation from surface to surface [closed]
energyplus
surface
1
Answer
1
parameter setting of evalglare in radiance
4
Votes
4
0
12
Tags
radiance
× 9
simulation-time
× 4
energyplus
× 4
computer-hardware
× 4
construction
× 3
air-wall
× 3
heat-transfer
× 3
long-wave-radiation
× 3
glare
× 1
honeybee
× 1
surface
× 1
evalglare
× 1
5
Badges
●
Popular Question
×
1
Long-wave radiation exchange between surfaces of 2 zones connected via airwall
●
Supporter
×
1
Need a tool/software that takes the illuminance map output and computes the daylight autonomy values.
●
Teacher
×
1
parameter setting of evalglare in radiance
●
Student
×
1
Can i read the different contributions (direct, indirect specular, indirect diffuse) that sum up to the illuminance (lux) of a point?
●
Scholar
×
1
Can i read the different contributions (direct, indirect specular, indirect diffuse) that sum up to the illuminance (lux) of a point?
Site design and logo: Copyright © 2015 Big Ladder Software LLC. All rights reserved.
The
Unmet Hours
and
Big Ladder
names and logos are trademarks of Big Ladder Software LLC.
User contributions licensed under the
Creative Commons Attribution Share Alike 3.0 License
.
Powered by
Please note: Unmet Hours requires javascript to work properly, please enable javascript in your browser,
here is how