459
459
software
eye 459
favorite 0
comment 0
9
9.0
Dec 4, 2020
12/20
by
Center for Accessible Technology in Sign
movies
eye 9
favorite 0
comment 0
ASL vocabulary
Topic: tight
8
8.0
data
eye 8
favorite 0
comment 0
To lads from Yakima, hooked up in Seattle and doing what comes natural. Hooked up with various guitarist, cause we're on a mission...to find a permanent guitar player/songwriter/singer/messiah. Anyone...anyone at all who's interested in climbing aboard the Tight train, give us a holla.
Topic: Tight
4
4.0
Feb 24, 2021
02/21
by
Center for Accessible Technology in Sign
movies
eye 4
favorite 0
comment 0
ASL vocabulary
Topic: tight
15
15
Dec 4, 2020
12/20
by
Center for Accessible Technology in Sign
movies
eye 15
favorite 0
comment 0
ASL vocabulary
Topic: tight
10
10.0
Feb 24, 2021
02/21
by
Center for Accessible Technology in Sign
movies
eye 10
favorite 0
comment 0
ASL vocabulary
Topic: tight
7
7.0
Dec 4, 2020
12/20
by
Center for Accessible Technology in Sign
movies
eye 7
favorite 0
comment 0
ASL vocabulary
Topic: tight
4
4.0
Dec 4, 2020
12/20
by
Center for Accessible Technology in Sign
movies
eye 4
favorite 0
comment 0
ASL vocabulary
Topic: tight
Tight Pants is a Santa Barbara based jazz funk quartet that has been in existence since Fall of 1997. The group combines jazz melodies with unique rhythms to create an entirely orginal brand of music.
Topic: Tight Pants
DMP Records proudly presents to the south coast, 2 Tight 2 Tight, this young sensational rap group consisting of four rappers. B THE MAC, RED EYE, GUSTO, and LI'L PIMP. This combination of four are bringing back to the table that southern-lowdown-dirty ghetto funk. B-Mac: rapper, producer with his creative beats and fluidly style of rapping guaranteed to be the sensation of the nation bringing to the table the soon to be released album "Move Like The Wind Blow." Red Eyes explosive...
Topic: II Tight
5
5.0
Dec 4, 2020
12/20
by
Center for Accessible Technology in Sign
movies
eye 5
favorite 0
comment 0
ASL vocabulary
Topic: tight end2
12
12
Dec 4, 2020
12/20
by
Center for Accessible Technology in Sign
movies
eye 12
favorite 0
comment 0
ASL vocabulary
Topic: tight end
Fueled by Matt Lacy's solid guitar rifts and Eric Richardson's explosive voice and energy, Liquid Tight was formed and in 1999. They played a few local open mic nights in the Indianapolis area to test out their new sounds. The original drummer was replaced by the richly talented Ryan Tearney. With him came a fresh set of intricate symbol workings and phatty beats. Eric, Matt, and Ryan continued to formulate Liquid Tight's music. The band later found bassist Pete Wickes. Again, Liquid Tight had...
Topic: Liquid Tight
6
6.0
Feb 1, 2021
02/21
by
Center for Accessible Technology in Sign
movies
eye 6
favorite 0
comment 0
ASL vocabulary
Topic: sit tight
In the spring of '91 the Lawrence brothers realized if they put their two heads together they could make their mark in the world of high finance.After two weeks in the business they discovered their dream would never come true if they kept snoozing till 3PM. So they figured they might as well form a band! Sleep Tight was born! History Lawrence had released a couple of commercially sucessful indie solo projects in the late 80's,early 90's(Woody Guy and Musk) while Lawrence had achieved critical...
Topic: Sleep Tight
audio
Topics: tight, stretch, women
12
12
Dec 4, 2020
12/20
by
Center for Accessible Technology in Sign
movies
eye 12
favorite 0
comment 0
ASL vocabulary
Topic: tight,skinflnt,tightwad
Dead Tight 5 is commercial oriented hard rock,combined with melodic verses and hooking guitar riffs. Dead Tight 5 exudes driving choruses that will ring in your memory long after listening.
Topic: Dead Tight 5
Air Tight Experiment redefines psychaedelic rock with heavy cutting edge guitar production and incredible vocal harmony and melody.
Topic: Air Tight Experiment
Really Tight Productions (RTP) is an independent music production company based in New Jersey. It was founded in the year 2000 by Keith D. Joyner and Lawrence A. Cabezas, after having attended the Institute of Audio Research until 1999, when their partnership was formed. RTP specializes in Hip Hop and R&B production, as well as artist development. Our mission is to help evolve hip-hop music into the components that nourished it when it was born through our pioneers.
Topic: Really Tight Productions
TBA
Topic: Dead Tight Five
3,702
3.7K
Mar 29, 2011
03/11
by
Doc Deem
audio
eye 3,702
favorite 1
comment 0
El nuevo trabajo de Doc deem que Tres Catorce Netlabel tiene el placer de presentar es una singular obra de factura Americana. El disco se titula "Tight tight" y transcurre explorando sonidos indomitos, en las aduanas de la experimentacion electronica y de la I.D.M. Un disco que propicia una travesia por distintos momentos creativos en los que se recrea una vision muy personalizada de la musica. Se acerca a rincones de la creacion electronica de gran distincion e inuencia. En la obra...
Topics: Doc Deem, Tight Tight, IDM, Electronica, Tres Catorce, Netlabel, TC022
9
9.0
Jan 12, 2021
01/21
by
Alan Erdman (Flex_Wheel)
data
eye 9
favorite 0
comment 0
This is a part from another project we were working on. After the project was complete I added a nozzle to the chamber bulb and it become a handy blow out bulb. It is useful for all sorts of cleaning applications, especially removing dust from difficult to reach places. Useful for all sorts of other things as well by just changing nozzle, might be good for reservoir for a water pistol. Bulb printed with TPU @ 0.2 mm layer height @ 60 mm /sec, we used a temperature resistant TPU as the original...
Topics: thingiverse, stl, TPU, water_tight, AIR TIGHT, Hand Tools, tpu_filament
4
4.0
Apr 11, 2021
04/21
by
Thomas Jaden (HumanPouch)
data
eye 4
favorite 0
comment 0
g
Topics: thingiverse, stl, Tight_Knot, 3D Printing
5
5.0
May 1, 2021
05/21
by
Clix Accessories (ClixAccessories)
data
eye 5
favorite 0
comment 0
A simple little insert for the Sleep Tight game. It will hold sleeved cards. Print 3x of the ST_cards file and 1x of the ST_box file.
Topics: stl, sleeptight, Games, sleep_tight, thingiverse
Worktape for the music video White Sheets, Tight Bed by Mastretta.
Topics: VHS Rip, Mastretta, White Sheets, Tight Bed
3
3.0
Jan 5, 2021
01/21
by
Jeff Parish (JP1)
data
eye 3
favorite 0
comment 0
This is not for every printer. This is a tight tolerance calibration clip to thermally calibrate your roll of filament for printing objects with a 0.1mm clearance or within a 0.05mm tolerance. Thermal calibration compensates for the expansion and shrinkage of the filament as it melts and then cools. This result is much different than the physical measured diameter and can change from one roll of filament to the next. Used in the same way as the clips these are remixed from you print two of them...
Topics: Tight Tolerance, stl, 3D Printing Tests, calibration_test, Tight Calibration, Thermal Calibration,...
32
32
Mar 30, 2020
03/20
by
ays
movies
eye 32
favorite 0
comment 0
Tight Spot | Tangsir (1974) trailer
Topic: Tight Spot | Tangsir (1974) trailer Amir Naderi
This week's podcast is about oil and gas innovation, including the strategic implications resulting from the development of low cost North American shale gas and tight oil and the future potential for digital technology to further reduce industry costs. This podcast references the past ARC Energy Research Institute commentary: Deflating the Energy Scarcity Mindset. Please [...]The post Oil and Gas Innovation: Past, Present and Future first appeared on ARC Energy Research Institute.
Topics: Podcast, digital, Innovation, shale gas, strategy, tight oil
3
3.0
Jun 10, 2021
06/21
by
Felix Boss (FelixFoundSheep)
data
eye 3
favorite 0
comment 0
#Water Resistant Box: My goal was to make a friction-fit, water proof box, for up to 30 minutes fully submerged. But I found there started to be some water getting in around 25 minutes. I requires no tools to use, which makes it a perfect box to store camping supplies, or tools in a glovebox. Very simple, does not require supports.
Topics: water_tight, Sport & Outdoors, Storage_Box, thingiverse, stl
8
8.0
data
eye 8
favorite 0
comment 0
A Donation of Books that have tight Margins and are difficult to scan Pallets: IA12068 IA12073 IA13762 IA13763 IA13977 IA13979 IA13981 IA14219 IA15108 IA15109 IA15111 IA16482
Topics: Futures, Donation of Futures that have tight margins
ever wonder how a rock 'n roll record is made? Source: https://www.youtube.com/watch?v=GMCEdU19J5I Uploader: Peter Meijers Upload date: 2006-07-22
Topics: Youtube, video, Music, Foo, Fighters, Tight, Tighter, and
In this thesis, we study the feasibility of improving aluminum-carbon repulsive potentials for use in density-functional tight binding (DFTB) simulations of low-valence aluminum metalloid clusters. These systems are under consideration for use as novel fuels with rapid metal combustion kinetics, and contain an unusual mix of low-valence metal/metal bonds as well as organometallic components. We show that current DFTB parametrizations of the repulsive potential for Al/C interactions do not...
Topics: improved, density, functional, tight, binding, potentials, metalloid, aluminum clusters
9
9.0
Apr 7, 2021
04/21
by
Jason Cantarella (DesignByNumbers)
data
eye 9
favorite 0
comment 0
This is a model of the composite link 2_2_1_#_3_1. It is tied in a tube of constant radius, and pulled tight. In the thin version, the tube has been reduced to half-size in order to help you see the crossings. In the thick version, the tube appears at full scale. These are easier to print without as much support material. For more information about tight knots, see http://en.wikipedia.org/wiki/Ropelength. For ropelength data, see http://www.jasoncantarella.com/wordpress/papers/. To see a movie...
Topics: Math, Physical_Knot, Tight_Knot, Knot, stl, thingiverse, Link
9
9.0
Apr 7, 2021
04/21
by
Jason Cantarella (DesignByNumbers)
data
eye 9
favorite 0
comment 0
This is a model of the composite link 2_2_1_#_4_1. It is tied in a tube of constant radius, and pulled tight. In the thin version, the tube has been reduced to half-size in order to help you see the crossings. In the thick version, the tube appears at full scale. These are easier to print without as much support material. For more information about tight knots, see http://en.wikipedia.org/wiki/Ropelength. For ropelength data, see http://www.jasoncantarella.com/wordpress/papers/. To see a movie...
Topics: Math, Physical_Knot, Tight_Knot, Knot, stl, thingiverse, Link
9
9.0
Apr 7, 2021
04/21
by
Jason Cantarella (DesignByNumbers)
data
eye 9
favorite 0
comment 0
This is a model of the prime link 6_2_2. It is tied in a tube of constant radius, and pulled tight. In the thin version, the tube has been reduced to half-size in order to help you see the crossings. In the thick version, the tube appears at full scale. These are easier to print without as much support material. For more information about this prime link, look at its page in the *Knot Atlas* http://katlas.math.toronto.edu/wiki/L6a2 For more information about tight knots, see...
Topics: Math, Physical_Knot, Tight_Knot, Knot, stl, thingiverse, Link
9
9.0
Apr 7, 2021
04/21
by
Jason Cantarella (DesignByNumbers)
data
eye 9
favorite 0
comment 0
This is a model of the prime knot 6_2. It is tied in a tube of constant radius, and pulled tight. In the thin version, the tube has been reduced to half-size in order to help you see the crossings. In the thick version, the tube appears at full scale. These are easier to print without as much support material. For more information about this prime knot, look at its page in the *Knot Atlas* http://katlas.math.toronto.edu/wiki/6_2. For more information about tight knots, see...
Topics: Math, Physical_Knot, Tight_Knot, Knot, stl, thingiverse, Link
9
9.0
Apr 7, 2021
04/21
by
Jason Cantarella (DesignByNumbers)
data
eye 9
favorite 0
comment 0
This is a model of the prime link 6_3_3. It is tied in a tube of constant radius, and pulled tight. In the thin version, the tube has been reduced to half-size in order to help you see the crossings. In the thick version, the tube appears at full scale. These are easier to print without as much support material. For more information about this prime link, look at its page in the *Knot Atlas* http://katlas.math.toronto.edu/wiki/L6n1 For more information about tight knots, see...
Topics: Math, Physical_Knot, Tight_Knot, Knot, stl, thingiverse, Link
9
9.0
Apr 7, 2021
04/21
by
Jason Cantarella (DesignByNumbers)
data
eye 9
favorite 0
comment 0
This is a model of the prime link 7_2_6. It is tied in a tube of constant radius, and pulled tight. In the thin version, the tube has been reduced to half-size in order to help you see the crossings. In the thick version, the tube appears at full scale. These are easier to print without as much support material. For more information about this prime link, look at its page in the *Knot Atlas* http://katlas.math.toronto.edu/wiki/L7a1 For more information about tight knots, see...
Topics: Math, Physical_Knot, Tight_Knot, Knot, stl, thingiverse, Link
9
9.0
Mar 19, 2021
03/21
by
Jason Cantarella (DesignByNumbers)
data
eye 9
favorite 0
comment 0
This is a model of the prime link 8_2_11. It is tied in a tube of constant radius, and pulled tight. In the thin version, the tube has been reduced to half-size in order to help you see the crossings. In the thick version, the tube appears at full scale. These are easier to print without as much support material. For more information about this prime link, look at its page in the *Knot Atlas* http://katlas.math.toronto.edu/L8a5. For more information about tight knots, see...
Topics: Tight_Knot, Math, Physical_Knot, thingiverse, Link, Knot, stl
9
9.0
Apr 7, 2021
04/21
by
Jason Cantarella (DesignByNumbers)
data
eye 9
favorite 0
comment 0
This is a model of the prime link 8_2_10. It is tied in a tube of constant radius, and pulled tight. In the thin version, the tube has been reduced to half-size in order to help you see the crossings. In the thick version, the tube appears at full scale. These are easier to print without as much support material. For more information about this prime link, look at its page in the *Knot Atlas* http://katlas.math.toronto.edu/L8a2. For more information about tight knots, see...
Topics: Math, Physical_Knot, Tight_Knot, Knot, stl, thingiverse, Link
9
9.0
Apr 7, 2021
04/21
by
Jason Cantarella (DesignByNumbers)
data
eye 9
favorite 0
comment 0
This is a model of the prime knot 8_8. It is tied in a tube of constant radius, and pulled tight. In the thin version, the tube has been reduced to half-size in order to help you see the crossings. In the thick version, the tube appears at full scale. These are easier to print without as much support material. For more information about this prime knot, look at its page in the *Knot Atlas* http://katlas.math.toronto.edu/wiki/8_8. For more information about tight knots, see...
Topics: Math, Physical_Knot, Tight_Knot, Knot, stl, thingiverse, Link
9
9.0
Mar 19, 2021
03/21
by
Jason Cantarella (DesignByNumbers)
data
eye 9
favorite 0
comment 0
This is a model of the prime link 8_3_10. It is tied in a tube of constant radius, and pulled tight. In the thin version, the tube has been reduced to half-size in order to help you see the crossings. In the thick version, the tube appears at full scale. These are easier to print without as much support material. For more information about this prime link, look at its page in the *Knot Atlas* http://katlas.math.toronto.edu/L8n6 For more information about tight knots, see...
Topics: Tight_Knot, Math, Physical_Knot, thingiverse, Link, Knot, stl
9
9.0
Apr 7, 2021
04/21
by
Jason Cantarella (DesignByNumbers)
data
eye 9
favorite 0
comment 0
This is a model of the prime knot 8_14. It is tied in a tube of constant radius, and pulled tight. In the thin version, the tube has been reduced to half-size in order to help you see the crossings. In the thick version, the tube appears at full scale. These are easier to print without as much support material. For more information about this prime knot, look at its page in the *Knot Atlas* http://katlas.math.toronto.edu/wiki/8_14. For more information about tight knots, see...
Topics: Math, Physical_Knot, Tight_Knot, Knot, stl, thingiverse, Link
9
9.0
Mar 19, 2021
03/21
by
Jason Cantarella (DesignByNumbers)
data
eye 9
favorite 0
comment 0
"This is a model of the composite link 2_2_1_#_2_2_1_#_3_1_TreeA. It is tied in a tube of constant radius, and pulled tight. In the thin version, the tube has been reduced to half-size in order to help you see the crossings. In the thick version, the tube appears at full scale. These are easier to print without as much support material. For more information about tight knots, see http://en.wikipedia.org/wiki/Ropelength. For ropelength data, see...
Topics: Tight_Knot, Math, Physical_Knot, thingiverse, Link, Knot, stl
9
9.0
Apr 7, 2021
04/21
by
Jason Cantarella (DesignByNumbers)
data
eye 9
favorite 0
comment 0
This is a model of the composite knot 3_1_#_3_1, or the composition of two overhand or trefoil knots. Since the trefoil knot comes in left and right-handed versions, there are two versions of this composite knot: the square knot 3_1 # 3_1_m, where a left-handed and right-handed trefoil are spliced together, and the granny knot 3_1 # 3_1 where two trefoils of the same handedness are spliced together. It is tied in a tube of constant radius, and pulled tight. In the thin version, the tube has...
Topics: Math, Physical_Knot, Tight_Knot, Knot, stl, thingiverse, Link
10
10.0
Mar 19, 2021
03/21
by
Jason Cantarella (DesignByNumbers)
data
eye 10
favorite 0
comment 0
This is a model of the prime knot 7_5. It is tied in a tube of constant radius, and pulled tight. In the thin version, the tube has been reduced to half-size in order to help you see the crossings. In the thick version, the tube appears at full scale. These are easier to print without as much support material. For more information about this prime knot, look at its page in the *Knot Atlas* http://katlas.math.toronto.edu/wiki/7_5. For more information about tight knots, see...
Topics: Tight_Knot, Math, Physical_Knot, thingiverse, Link, Knot, stl
9
9.0
Apr 7, 2021
04/21
by
Jason Cantarella (DesignByNumbers)
data
eye 9
favorite 0
comment 0
This is a model of the prime knot 7_4. It is tied in a tube of constant radius, and pulled tight. In the thin version, the tube has been reduced to half-size in order to help you see the crossings. In the thick version, the tube appears at full scale. These are easier to print without as much support material. For more information about this prime knot, look at its page in the *Knot Atlas* http://katlas.math.toronto.edu/wiki/7_4. For more information about tight knots, see...
Topics: Math, Physical_Knot, Tight_Knot, Knot, stl, thingiverse, Link
9
9.0
Apr 7, 2021
04/21
by
Jason Cantarella (DesignByNumbers)
data
eye 9
favorite 0
comment 0
This is a model of the prime link 8_3_1. It is tied in a tube of constant radius, and pulled tight. In the thin version, the tube has been reduced to half-size in order to help you see the crossings. In the thick version, the tube appears at full scale. These are easier to print without as much support material. For more information about this prime link, look at its page in the *Knot Atlas* http://katlas.math.toronto.edu/L8a18. For more information about tight knots, see...
Topics: Math, Physical_Knot, Tight_Knot, Knot, stl, thingiverse, Link
