Standard Practice for Pavement Recycling - index
Chapter 1 Introduction - ufc_3_250_070008
Table 1-1. Advantage and Disadvantage of Bituminous and Portland Coment Concrete Pavement Recycling
Figure 1-1. Method of Repair Guide for Bituminous Pavement rehabitation
Figure 1-2. Method Repair Guide for Portland Cement Rehabilitation
Chapter 2 Surface Recyling of Pavements
Figure 2-2. Asphalt distributor applying rejuvenator.
Heater-planing-scarifying
Figure 2-3. Self-contained heater-planer.
Figure 2-5. Pavement cold-milling machine in operation.
Cutting teeth
Chapter 3 Recycled Cold-Mix Asphalt Concrete
Equipment - ufc_3_250_070019
Figure 3-2. Pavement ripper attached to bulldozer.
Construction.
Chapter 4 recled Hot-Mix Asphalt Concrete
Equipment - ufc_3_250_070023
Mix design - ufc_3_250_070024
Figure 4-2. Recyling Hot-Mix Production in a Drum Mixer
Figure 4-3. Recyling Hot-Mix Production in a Plant
Laydown of recycled hot mix
Chapter 5 Recyling of Portland Cement Concrete
Figure 5-2. Diesel pile-driving hammer puncturing the old pavement.
Crushing process
Appendix B Examples of Cold-Mix and Hot-Mix Recycling Programs
Figure B-1. Recycled Cold-Mis Design Using Asphalt Emulsion
Figure B-2. Determination of Optimum Moisture for Cold-Mix Design
Table B-1. Aggregate Gradations
Table B-2. Gradation of Recycled Mixture
Figure B-3. Recyled Asphalt Concrete Mix Design for Recycled Hot Mix , AC-2.5 Asphalt Binder
Figure B-4. Recyled Asphalt Concrete Mix Design for Recyled Hot Mix; AC-2.5 Asphalt Binder With no Recycling Agent
Table B-3. Asphalt Mixture Properties at Optimum Asphalt Content
Table B-4. Mixture Properties at Optimum Asphalt and Optimum Recyling Agent Content
Chapter 1 Introduction - ufc_3_250_070008
Table 1-1. Advantage and Disadvantage of Bituminous and Portland Coment Concrete Pavement Recycling
Figure 1-1. Method of Repair Guide for Bituminous Pavement rehabitation
Figure 1-2. Method Repair Guide for Portland Cement Rehabilitation
Chapter 2 Surface Recyling of Pavements
Figure 2-2. Asphalt distributor applying rejuvenator.
Heater-planing-scarifying
Figure 2-3. Self-contained heater-planer.
Figure 2-5. Pavement cold-milling machine in operation.
Cutting teeth
Chapter 3 Recycled Cold-Mix Asphalt Concrete
Equipment - ufc_3_250_070019
Figure 3-2. Pavement ripper attached to bulldozer.
Construction.
Chapter 4 recled Hot-Mix Asphalt Concrete
Equipment - ufc_3_250_070023
Mix design - ufc_3_250_070024
Figure 4-2. Recyling Hot-Mix Production in a Drum Mixer
Figure 4-3. Recyling Hot-Mix Production in a Plant
Laydown of recycled hot mix
Chapter 5 Recyling of Portland Cement Concrete
Figure 5-2. Diesel pile-driving hammer puncturing the old pavement.
Crushing process
Appendix B Examples of Cold-Mix and Hot-Mix Recycling Programs
Figure B-1. Recycled Cold-Mis Design Using Asphalt Emulsion
Figure B-2. Determination of Optimum Moisture for Cold-Mix Design
Table B-1. Aggregate Gradations
Table B-2. Gradation of Recycled Mixture
Figure B-3. Recyled Asphalt Concrete Mix Design for Recycled Hot Mix , AC-2.5 Asphalt Binder
Figure B-4. Recyled Asphalt Concrete Mix Design for Recyled Hot Mix; AC-2.5 Asphalt Binder With no Recycling Agent
Table B-3. Asphalt Mixture Properties at Optimum Asphalt Content
Table B-4. Mixture Properties at Optimum Asphalt and Optimum Recyling Agent Content
