Form WP4-314 "Hma Worksheet" - Rhode Island

What Is Form WP4-314?

This is a legal form that was released by the Rhode Island Department of Transportation - a government authority operating within Rhode Island. As of today, no separate filing guidelines for the form are provided by the issuing department.

Form Details:

  • Released on April 25, 2016;
  • The latest edition provided by the Rhode Island Department of Transportation;
  • Easy to use and ready to print;
  • Quick to customize;
  • Compatible with most PDF-viewing applications;
  • Fill out the form in our online filing application.

Download a printable version of Form WP4-314 by clicking the link below or browse more documents and templates provided by the Rhode Island Department of Transportation.

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RHODE ISLAND DEPARTMENT OF TRANSPORTATION
MATERIALS AND QUALITY ASSURANCE
HMA WORKSHEET
Counter No:
Date:
RI Contract No:
F.A.P. No:
Producer:
Location
Mix No:
Mix Class:
I.
I.
Superpave Sampling Procedure
1. Sample from truck in three equal incraments.
(AASHTO T-168)
2. Record temperature of mix in truck.
Temp:
(°F)
3. Split and quarter sample for testing.
(AASHTO T-248)
4. Prepare sample for Ignition Oven.
NMAS
3/4"
1/2"
3/8"
Minimum Mass (g)
2000
1500
1200
5. Prepare sample for G
(Rice) test, spread out, and cool.
MM
NMAS
3/4"
1/2"
3/8"
Minimum Mass (g)
2500
1500
1500
(AASHTO T-312)
6. Prepare gyratory specimen.
- 4800 - 5000 (g) sample (approximation, adjustments may be needed
-Introduce sample to
in one continuous motion.
heated mold
-Correctly place plates and paper disks.
-Check for compaction temperature, and compact
Temp:
(°F)
-Print height results.
Puck ID:
II.
II.
G
Test Procedure and Calculation (Rice Test)
(AASHTO T-209)
MM
1. Submerge pycnometer in water bath until it stabalizes and record weight.
B
(g)
2. Tare pycnometer and place dry, cool, loose sample in and record weight.
A
(g)
3. Add water until 1" above mix. Vacuum de-aerate at 25 mm Hg.
4. Agitate for 15 ± 2 minutes.
5. Submerge pycnometer and sample in bath for 10 ± 1 minutes. Record weight.
C
(g)
G
Calculation
MM
1. Subtract weight B form C.
C - B = D
(g)
2. Subtract D from Weight A.
A - D = E
(g)
3. Take weight A and divide by E.
A / E
G
MM
3
4. Theoretical Max density.
G
x 62.4
lbf/ft
MM
Voids Calculation
1. Calculate G
for The Gyratory Puck (Bulk Specific Gravity)
G
MB
MB
2. Divide G
by G
G
/ G
= F
MB
MM
MM
MB
3. Voids
(1 - F) x 100
Sampled/Tested By
Date
(Print / Sign)
ID# WP4 - 314
REV. 4/25/16
RHODE ISLAND DEPARTMENT OF TRANSPORTATION
MATERIALS AND QUALITY ASSURANCE
HMA WORKSHEET
Counter No:
Date:
RI Contract No:
F.A.P. No:
Producer:
Location
Mix No:
Mix Class:
I.
I.
Superpave Sampling Procedure
1. Sample from truck in three equal incraments.
(AASHTO T-168)
2. Record temperature of mix in truck.
Temp:
(°F)
3. Split and quarter sample for testing.
(AASHTO T-248)
4. Prepare sample for Ignition Oven.
NMAS
3/4"
1/2"
3/8"
Minimum Mass (g)
2000
1500
1200
5. Prepare sample for G
(Rice) test, spread out, and cool.
MM
NMAS
3/4"
1/2"
3/8"
Minimum Mass (g)
2500
1500
1500
(AASHTO T-312)
6. Prepare gyratory specimen.
- 4800 - 5000 (g) sample (approximation, adjustments may be needed
-Introduce sample to
in one continuous motion.
heated mold
-Correctly place plates and paper disks.
-Check for compaction temperature, and compact
Temp:
(°F)
-Print height results.
Puck ID:
II.
II.
G
Test Procedure and Calculation (Rice Test)
(AASHTO T-209)
MM
1. Submerge pycnometer in water bath until it stabalizes and record weight.
B
(g)
2. Tare pycnometer and place dry, cool, loose sample in and record weight.
A
(g)
3. Add water until 1" above mix. Vacuum de-aerate at 25 mm Hg.
4. Agitate for 15 ± 2 minutes.
5. Submerge pycnometer and sample in bath for 10 ± 1 minutes. Record weight.
C
(g)
G
Calculation
MM
1. Subtract weight B form C.
C - B = D
(g)
2. Subtract D from Weight A.
A - D = E
(g)
3. Take weight A and divide by E.
A / E
G
MM
3
4. Theoretical Max density.
G
x 62.4
lbf/ft
MM
Voids Calculation
1. Calculate G
for The Gyratory Puck (Bulk Specific Gravity)
G
MB
MB
2. Divide G
by G
G
/ G
= F
MB
MM
MM
MB
3. Voids
(1 - F) x 100
Sampled/Tested By
Date
(Print / Sign)
ID# WP4 - 314
REV. 4/25/16