ABSTRACT

This is a compilation of over 170 technical recommendations prepared by RILEM Technical Committees between 1972 and 1994. These give authoritative procedures for the testing and use of many construction materials. The book presents an authoritative source of reference for engineers, scientists and technologists involved in the develo

chapter 1|10 pages

SCOPE

chapter 4|3 pages

13 Total Alkali Oxides (NaO, KO)

chapter 7|8 pages

FINENESS 7.1 General

chapter 7|6 pages

2 Water requirement of fly ash in paste

chapter 4|4 pages

6. Poisson’s ratio

chapter |3 pages

APPENDIX I

chapter |6 pages

Max. aggregate size (mm) Cube size (mm)

chapter 7|9 pages

ESTIMATION OF IN SITU STRENGTH

chapter 2|5 pages

2 Geometry of specimens

chapter |2 pages

(15)

chapter 7|4 pages

CAVEAT: OTHER SIZE EFFECTS

chapter |3 pages

REFERENCES

chapter |6 pages

E IDENTIFICATION

chapter 4|4 pages

3 CONDITIONING OF THE SPECIMENS

chapter 2|6 pages

4 PREPARATION OF SPECIMENS

chapter 3|4 pages

Apparatus 3.1 TESTING MACHINE

chapter 6|3 pages

Calculation

chapter 6|3 pages

Test report

chapter |1 pages

AAC4.1 Determination of the density of AAC

1 Scope

chapter 3|3 pages

Apparatus

chapter 2|6 pages

4 CONDITIONING

chapter 6|3 pages

Test report

chapter |2 pages

AAC 8.1 Pull-out test for reinforcement

1 Objective of the tests

chapter 7|3 pages

Test results

chapter |4 pages

AAC 8.2 Push-out test for reinforcement

1 Objective of the tests

chapter |5 pages

AAC8.3 Bond test of reinforcing steel in AAC creep at the interface

1 Objective of the test

chapter 3|2 pages

Apparatus 3.1 PRINCIPLE

chapter 3|2 pages

7 TEMPERATURE TRANSMITTERS

chapter 8|3 pages

Test report

chapter 2|9 pages

5 CONDITIONING OF SPECIMENS

chapter 3|2 pages

Apparatus

chapter 4|4 pages

Procedure 4.1 CONDITIONING OF SPECIMENS

chapter 6|3 pages

Test report

chapter 5|3 pages

Measurements

chapter 7|4 pages

Test report

chapter 3|1 pages

Equipment 3.1 TEST EQUIPMENT

chapter 6|3 pages

Test report

chapter 5|1 pages

3. Application of load

chapter 6|4 pages

TEST RESULTS

chapter 3|3 pages

1. Water permeance

chapter 4|8 pages

2.1. Calibration of apparatus

chapter 3|8 pages

SPECIMEN CONDITION

chapter 6|5 pages

TEST RESULTS

chapter |1 pages

GP1 Calcium sulphates and derived materials. Nomenclature

1. CLASSIFICATION OF CALCIUM SULPHATES

chapter |1 pages

hydrated calcium sulphates

chapter |6 pages

Origin Name (*)

chapter 6|4 pages

Plasters with aggregates . 1. SCOPE

chapter 5|3 pages

3. Wrong values

chapter 3|3 pages

4. Copper . 1. SCOPE

chapter 3|3 pages

2. Alloy steels

chapter |4 pages

PAN1 Testing methods for natural stones

chapter 3|10 pages

3 —Determination of the absolute density

chapter 5|9 pages

2 —Preparation of specimens

chapter 4|2 pages

4 —Absorption in boiling water

chapter 6|2 pages

8 —Crushing of the specimen

chapter |6 pages

Note II

chapter 5|4 pages

3 —Indented or ribbed surface

chapter |1 pages

RC4 Rebend test for reinforcement steel

1 —NATURE OF TESTS

chapter 5|3 pages

—BENDING RADII

chapter |11 pages

Type A Type B

chapter 5|5 pages

4 —Loading rate

chapter 4|4 pages

2 —Bend test

chapter |1 pages

RC8 Fatigue test on concrete reinforcing steel

1 —SCOPE

chapter 3|11 pages

1 —Cross section of the test piece

chapter |16 pages

RPC1 Tensile test on steels for prestressing

1. RANGE OF APPLICATION

chapter |4 pages

d(a) h H

chapter |3 pages

RPC4 Wire-winding test for prestressing steels

1. GENERAL DESCRIPTION OF THE TEST

chapter |1 pages

RPC5 Simple torsion testing of steel wires

1. FIELD OF APPLICATION

chapter 5|4 pages

TEST PIECE

chapter 3|6 pages

3. Determination of the bond length

chapter 4|1 pages

6. Test results

chapter |5 pages

APPENDIX 1

chapter |1 pages

RPC8 Fatigue test on prestressing steels

1. SCOPE

chapter 3|6 pages

1. Cross section of the test piece

chapter 7|7 pages

2. Loading

chapter |3 pages

RPC9 Checking tolerances of reinforcement

1. DEFINITION OF TOLERANCE

chapter 5|4 pages

TEST PROCEDURE

chapter 10|1 pages

REPORTING THE FINAL RESULTS

chapter |4 pages

(A9)

chapter |3 pages

(B10) s=s/mE

chapter |1 pages

(C6)

chapter |3 pages

(C20)

chapter |1 pages

e*=ln(l+2i/e) (C2)

chapter |5 pages

BM1 Terminology of hydrocarbon binders

chapter 2|2 pages

2. For other purposes

chapter 4|1 pages

8. Side stream sample

chapter 4|1 pages

14. Laboratory sample

chapter 6|1 pages

3. Laboratory sample

chapter 9|17 pages

PROTECTION AND PRESERVATION OF SAMPLES

chapter 2|12 pages

DEFINITIONS

chapter 4|3 pages

5. Transfer dish

chapter 6|1 pages

TEST CONDITIONS

chapter 1|3 pages

4.2. Products

chapter 7|3 pages

6. Test pieces

chapter 8|3 pages

1.5. Calculation

chapter 8|3 pages

2.5. Presentation of results

chapter 9|5 pages

2.2. Determination of permittivity ?

chapter 10|3 pages

5. Expression of results

chapter 13|7 pages

4.3. Apparatus

chapter |1 pages

A.5.2. Timber

chapter |4 pages

A.9.2. Loading

chapter |3 pages

B.8.2. Test report

chapter C|7 pages

6.1.1. Wood to wood joints

chapter C|3 pages

8. MATERIAL PROPERTIES

chapter 4|6 pages

1. Method of measurement

chapter |4 pages

EA=?Fl/?w,

chapter 11|1 pages

5. Expression of results

chapter 12|5 pages

2. Sampling of test pieces from panels

chapter |3 pages

f=F/lb,

chapter 2|1 pages

FIELD OF APPLICATION

chapter 5|1 pages

DENSITY

chapter 9|4 pages

1. Edgewise modulus of elasticity

chapter 10|10 pages

1. Test specimen

chapter 14|1 pages

2. Test procedure

chapter 15|1 pages

3. Results

chapter 17|3 pages

TEST REPORT

chapter 6|1 pages

DENSITY

chapter 8|10 pages

3 Loading method and equipment

chapter 12|8 pages

1 Test piece measurements

chapter |16 pages

TBS3 Testing concrete bridges in situ

1. INTRODUCTION

chapter 2|4 pages

BASIC PRINCIPLES OF THE METHOD

chapter 4|7 pages

CAUSES OF ERROR IN WATER LEVELLING

chapter |3 pages

APPENDIX 3

chapter 8|4 pages

8. Theoretical considerations:

chapter 2|4 pages

PURPOSE, OBJECTIVE AND SCOPE

chapter 6|4 pages

5. Analogue-digital trace analyser

chapter |4 pages

SUMMARY

chapter 3|7 pages

3. Movements

chapter 4|6 pages

4. Spalls

chapter |5 pages

A.1.3 CONDITIONS OF STORAGE

chapter |3 pages

A.3.6 PROCEDURE

chapter |7 pages

LUMA6 Compressive strength of mortar

chapter |6 pages

LUMA7 Flexural strength of mortar

chapter |3 pages

B.1.7 TEST RESULTS

chapter |5 pages

B.4.3 PREPARATION OF SPECIMENS

chapter |1 pages

B.6.6 PROCEDURE

chapter |3 pages

B.6.7 TEST RESULTS

chapter C|3 pages

1.8 TEST REPORT

chapter C|4 pages

3.5 APPARATUS

chapter |4 pages

Tool Application

chapter |4 pages

D.3.7 TEST RESULTS

chapter 5|3 pages

TEST REPORT,

chapter |4 pages

MR4 Water-retention capacity of mortars

1. SCOPE

chapter |4 pages

MR5 Initial adhesion of mortars

1. SCOPE

chapter 5|3 pages

STORAGE

chapter 5|4 pages

PROCEDURE

chapter 7|3 pages

TEST REPORT

chapter 5|4 pages

MEASUREMENT 5.1. Shrinkage

chapter 3|4 pages

APPARATUS

chapter 5|4 pages

TEST REPORT

chapter 5|3 pages

TEST REPORT

chapter 8|4 pages

TEST REPORT

chapter 4|1 pages

MEASUREMENTS

chapter |2 pages

F=S-S, (3)

chapter 1|3 pages

Accuracy in weighings

chapter |1 pages

• V=(Q)-(Q); (A.4) • (V)=(Q)-Q;

chapter |2 pages

(A.20) •

chapter 3|5 pages

Determination of S

chapter 2|5 pages

8 Critical performance property

chapter 3|12 pages

1 Problem definition

chapter |1 pages

TE1 Testing equipment

chapter 1|11 pages

2. Convention on definitions

chapter 3|10 pages

2. Coordinate system

chapter 3|10 pages

5. Accuracy