State v. F & C ENGINEERING COMPANY

438 S.W.2d 647, 1969 Tex. App. LEXIS 2776
CourtCourt of Appeals of Texas
DecidedJanuary 15, 1969
Docket143
StatusPublished
Cited by9 cases

This text of 438 S.W.2d 647 (State v. F & C ENGINEERING COMPANY) is published on Counsel Stack Legal Research, covering Court of Appeals of Texas primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
State v. F & C ENGINEERING COMPANY, 438 S.W.2d 647, 1969 Tex. App. LEXIS 2776 (Tex. Ct. App. 1969).

Opinions

TUNKS, Chief Justice.

On August 3, 1960, F & C Engineering Company entered into a contract with the Texas Highway Department for the construction of the frontage roads on a section of the Southwest Freeway in Harris and Fort Bend Counties — being a part of U.S. Highway 59. The performance of the contract was delayed to the damage of the contractor and it contends that the delay was caused by default of the Highway Department. Having obtained permission from the Legislature, the contractor filed suit against the State to recover its damages occasioned by such delay. The contractor also sought recovery for certain “extra work” done by it and allegedly not covered by the contract. Both parties waived a jury and trial before the court resulted in a judgment in favor of F & C Engineering Company for damages resulting from the delay and for certain items of extra work. The State has appealed.

In this opinion we will sometimes refer to the appellant, defendant in the trial court, as “the State,” and to the appellee, plaintiff in the trial court, as “the contractor.”

The two principal items of the contract in question were the preparation and stabilization of the- road base and the pouring of the contract pavement. It is the latter item with which the case is primarily concerned. The contractor necessarily first began work on the road base. When that work had progressed sufficiently to permit it to do so, it was the purpose of the contractor to begin pouring concrete on the prepared base. In November, 1960, the contractor notified the Highway Department engineer in charge of the job that it would be ready to begin pouring concrete on or about December 1, 1960. Before pouring could begin it was necessary that the materials to be used in the concrete be tested and that the formula for the mixture of those materials be worked out so that the resulting concrete would meet the State’s specifications for strength and workability as set forth in the contract. The contract provided that this testing and design was to be done by the engineer for the Highway Department. It is in this process of designing and testing the materials and the concrete to be made from them that the contractor contends the State was derelict.

The design and testing began November 15, 1960, and the pouring of the concrete did not get fully underway until about May 1, 1961. The trial court awarded the contractor damages for the expense it incurred for standby equipment and personnel during the period between January 10, 1961 and April 28, 1961. We hold that the trial court’s judgment in that respect was error.

Under the contract the materials to be used in mixing the concrete were furnished to the job site by the contractor. These materials were water, cement, sand and gravel. The contract spelled out specifications for each of such materials. We need [649]*649here note only one of those specifications —it was provided that the gravel should contain not more than 1% by volume of shale when tested by a procedure called a “decantation test.” Provision was made for the testing of the materials by the engineers for the Highway Department to determine that the specifications were met. Some of the tests were done by the Highway Department laboratory in Austin and others, including the testing of the gravel for shale content, were done at the job site.

The contract further provided that in mixing the concrete the materials should be mixed in the proportions fixed by weight by the State’s engineer. The required characteristics of the concrete as so mixed were spelled out in the contract. The mixture was required to produce concrete with a minimum flexural strength of 650 pounds per square inch when tested by a stated procedure. It was required to contain not less than five sacks of cement per cubic yard of concrete. The water-cement ratio might not exceed six and one-half gallons of water for each 94 pound sack of cement. It was required to have a workability characteristic for which a testing procedure was stated. Other specifications are not deemed significant in this case. In fact, of the four specifications listed here, the minimum strength and minimum cement content are the most significant.

Thus, under the contract, the contractor selected and furnished the materials to be used in making concrete. The State’s engineer determined whether those materials met the requirements of the contract. If they did he worked out the proportions of those materials to be used in the mix which would result in concrete meeting the contractual requirements. The contract then recited:

“ ‘(5) Mix Design. It is the intent of this specification to develop and use the most economical mix design possible which will fulfill all requirements of this specification when using acceptable materials as furnished by the Contractor.’ ”

The formula by which the proportions of the material used in mixing the concrete was fixed was called the “batch design” by the witnesses. This batch design was arrived at by the engineer in accordance with procedure set forth in the Texas Highway Department Bulletin C-ll, referred to in the contract. The basic factor in the design is the water-cement ratio. If other factors remain the same the strength of the concrete will vary with the variation of this ratio — the lower the ratio of water to cement the greater the strength of the concrete. Thus, in working out the batch design to be used, the engineer would design different mixes representing a wide range of water-cement ratios. Tests would be made of the strength of the concrete produced by these tentative mixes. The results of those tests were plotted on a graph and lines drawn between them. From that line the water-cement ratio required to produce the required flexural strength of 650 pounds per square inch could be determined.

Of the various materials used in the concrete, the cement was the most expensive. The contractor was paid on a unit basis at the rate of $4.30 per square yard of concrete pavement laid to a thickness of nine inches. Since the cement was the most expensive of the materials in the concrete mix, it was to the financial interest of the contractor that the amount of cement per cubic yard of concrete be kept as low as possible.

The procedure for testing the flexural strength of the concrete produced by a given batch design was set forth in the contract. The contractor, using the tentative designs furnished it by the State’s engineer, mixed concrete and poured beams of specified dimensions. These were called pilot beams and normally 80 of them would be poured at one time. The pilot beams were allowed to set for seven days then they were placed on a machine called a [650]*650beam breaker. Pressure was gradually applied to the beam until it broke. The pressure point at which it broke indicated its flexural strength.

On November 23, 1960, the contractor poured pilot beams using concrete mixed in accordance with alternative tentative batch designs furnished it by the State’s engineer. Those beams were tested for strength on November 30th. Those tests showed that the beams poured from a batch design using 5.004 sacks of cement per cubic yard of concrete had a flexural strength of only 476 pounds per square inch. The beams poured from a batch design using 6.027 sacks of cement per cubic yard of concrete had a flexural strength of 602 pounds per square inch — still short of the contractual specification.

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State v. F & C ENGINEERING COMPANY
438 S.W.2d 647 (Court of Appeals of Texas, 1969)

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Bluebook (online)
438 S.W.2d 647, 1969 Tex. App. LEXIS 2776, Counsel Stack Legal Research, https://law.counselstack.com/opinion/state-v-f-c-engineering-company-texapp-1969.